1
MX98715BEC
1. FEATURES10/100M
Ethernet Interface
A single chip solution integrates 100/10 Base-T fast
Ethernet MAC, PHY and PMD
Fully comply to IEEE 802.3u specification
Operates over 100 meters of STP and cat 5 UTP cable
Support full and half duplex operations in both 100
Base-TX and 10 Base-T mode
Supports IEEE802.3x Frame Based Flow Control
scheme in full duplex mode.
Supports transmission and reception of IEEE802.1Q
tagged frames.
Supports QoS with prioritized traffic.
Supports network and communication device class
OnNow requirements for Microsoft's PC99 specifica-
tions, including 3 wake up events :
- Link Change (link-on)
- Wake Up Frames
- Magic Packet
100/10 Base-T NWAY auto-negotiation function
Support up to 5 LEDs for various network activities
Supports early interrupt on both transmit and receive
operations.
Support a variety of flexible address filtering modes
with 16 CAM address and 64 bits hash table
P/N:PM0695 REV. 0.2, AUG. 07, 2000
3.3V SINGLE CHIP FAST ETHERNET NIC CONTROLLER
PRELIMINARY
Home PNA interface
Support 7-wire general purpose serial interface to link
with 1M8 PHY for home networking
2. GENERAL DESCRIPTIONS
The MX98715BEC controller is an IEEE802.3u compli-
ant single chip 32-bit full duplex, 10/100Mbps highly in-
tegrated F ast Ethernet combo solution, designed to ad-
dress high performance local area networking (LAN) sys-
tem application requirements.
MX98715BEC's PCI bus master architecture delivers the
optimized performance for future high speed and power-
ful processor technologies. In other words, the
MX98715BEC not only keeps CPU utilization low while
maximizing data throughput, but it also optimizes the
PCI bandwidth providing the highest PCI bandwidth uti-
lization. To further reduce maintenance costs the
MX98715BEC uses drivers that are backward compat-
ible with the original MXIC MX98715 series controllers.
PCI/MiniPCI interface
Fully comply to PCI spec. 2.2 and Mini PCI spec. 0.73
up to 33MHz
Fully comply to Advanced Configuration and Power
Interface (ACPI) Rev 1.1
Fully comply to PCI Bus Power Management Interface
spec. Rev 1.1
Bus master architecture with linked host buffers deliv-
ers the most optimized performance
32-bit bus master DMA channel provides ultra low
CPU utilization suitable for server and windows appli-
cations.
Proprietary Adaptive Network Throughput Control
(ANTC) technology to optimize data integrity and
throughput
Other features
Large on-chip FIFOs for both transmit and receive
operations without external local memory
Support up to 128K bytes boot ROM/Flash interface
MicroWire interface to EEPROM for customer's IDs
and configuration data
Single 3.3V power supply, CMOS technology, 128-pin
PQFP package
( Magic Packet Technology is a trademark of Advanced Micro De-
vice Corp. )
The MX98715BEC contains a PCI local bus glueless
interface, a Direct Memory Access (DMA) buffer man-
agement unit, an IEEE802.3u-compliant Media Access
Controller (MAC), large T ransmit and Receive FIFOs, and
an on-chip 10 Base-T and 100 Base-TX transceiver sim-
plifying system design and improving high speed signal
quality. Full-duple x oper ation are supported in both 10
Base-T and 100 Base-TX modes that increases the
controller's operating bandwidth up to 200Mbps.
Equipped with intelligent IEEE802.3u-compliant auto-ne-
gotiation, the MX98715BEC-based adapter allows a
single RJ-45 connector to link with the other IEEE802.3u-
compliant device without re-configuration.
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
In MX98715BEC, an innovative and proprietary design
"Adaptive Network Throughput Control" (ANTC) is built-
in to configure itself automatically by MXIC's driver based
on the PCI burst throughput of different PCs. With this
proprietary design, MX98715BEC can always optimize
its operating bandwidth, network data integrity and
throughput for different PCs.
The MX98715BEC features Remote-Power-On and Re-
mote-W ake-Up capability and is compliant with the Ad-
vanced Configuration and Power Interface version 1.0
(A CPI). This support enables a wide range of wak e-up
capabilities, including the ability to customize the con-
tent of specified packet which PC should respond to,
even when it is in a low-power state. PCs and worksta-
tions could take advantage of these capabilities of be-
ing waked up and served simultaneous over the network
by remote server or workstation. It helps organizations
reduce their maintenance cost of PC network.
The 32-bit multiplexed bus interface unit of MX98715BEC
provides a direct interface to a PCI local bus, simplify-
ing the design of an Ethernet adapter in a PC system.
With its on-chip support for both little and big ending
byte alignment, MX98715BEC can also address non-
PC applications.
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
3. PIN CONFIGURATIONS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
BPA4
BPA3
BPA2
BPA1(EEDI)
BPA0(EECK)
EECS
BPD0(EED0)
BPD1(TXE)
BPD2(TXD)
BPD3(RXD)
BPD4(RXC)
BPD5(COL)
BPD6(CRS)
BPD7(TXC)
GND
VDD
AD0
AD1
GND
AD2
AD3
VDD
AD4
AD5
GND
AD6
VDDA
GNDA
VDDR
GNDR
CLKRUNB
ISOLATE
LANWAKE
PMEB
INTAB
RSTB
PCICLK
GNTB
REQB
AD31
AD30
GND
AD29
AD28
VDD
AD27
GND
AD26
AD25
GND
AD24
CBEB3
IDSEL
GND
AD23
AD22
GND
AD21
AD20
VDD
AD19
AD18
GND
AD17
AD16
CBEB2
FRAMEB
GND
IRDYB
TRDYB
DEVSELB
STOPB
VDD
PERRB
SERRB
PAR
CBEB1
AD15
GND
AD14
AD13
VDD
AD12
AD11
AD10
GND
AD9
AD8
CBEB0
AD7
RTX
RTX2EQ
GNDA
TXOP
TXON
VDDA
GNDA
GNDR
VDDR
RXIP
RXIN
VDDR
GNDR
VDDA
GNDA
XO
XI/CKREF
VDDA
RDA
GNDA
VDDA
(LED3)FOEB
(LED2)BPA16
(LED1)BPA15
(LED0)BPA14
(LED4)BPA13
GND
VDD
BPA12
BPA11
BPA10
BPA9
FCSB(VAUX)
FWEB(HLINKB)
BPA8
BPA7
BPA6
BPA5
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
MX98715BEC
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
4. PIN DESCRIPTION ( 128 PIN PQFP )
( T/S : tri-state, S/T/S : sustained tri-state, I : input, O : output, O/D : open drain )
Pin Name Type Pin No 128 Pin Function and Driver
AD[31:0] T/S 116, 117 PCI address/data bus: shared PCI address/data bus lines. Little or big ending
119,120, byte ordering are supported.
122,124,
125,127,
3,4,6,7,9,
10,12,13,
26,28,29,
31-33,35,
36,38,39,
41,42,44,
45,47,48
CBEB[3:0] T/S 128,14 PCI command and byte enable bus: shared PCI command byte enable bus,
25,37 during the address phase of the transaction, these four bits provide the bus
command. During the data phase, these four bits provide the byte enable.
FRAMEB S/T/S 15 PCI FRAMEB signal: shared PCI cycle start signal, asserted to indicate the
beginning of a bus transaction. As long as FRAMEB is asserted, data
transfers continue.
TRDYB S/T/S 18 PCI Target ready: issued by the target agent, a data phase is completed on
the rising edge of PCICLK when both IRD YB and TRDYB are asserted.
IRDYB S/T/S 17 PCI Master ready: indicates the bus master's ability to complete the current
data phase of the transaction. A data phase is completed on any rising edge
of PCICLK when both IRDYB and TRD YB are asserted.
DEVSELB S/T/S 19 PCI slave device select: asserted by the target of the current bus access .
When 98715BEC is the initiator of current bus access, the target must as
sert DEVSELB within 5 bus cycles, otherwise cycle is aborted.
IDS E L I 1 PCI initialization device select: target specific device select signal for
configuration cycles issued by host.
PCICLK I 113 PCI bus clock input: PCI bus clock range from 16MHz to 33MHz.
RSTB I 112 PCI bus reset: host system hardware reset.
LANWAKE O 109 LAN wake up signal:asserts high to indicate one of the 3 wake up e vents has
been detested in remote power on mode.
IN TA B O /D 1 1 1 PCI b us interrupt request signal: wired to INTAB line .
SERRB O/D 23 PCI bus system error signal: If an address parity error is detected and CFCS
bit 8 is enabled, SERRB and CFCS's bit 30 will be asserted.
PERRB S/T/S 22 PCI bu s data error signal: As a bus master, when a data parity error is
detected and CFCS bit 8 is enabled, CFCS bit 24 and CSR5 bit 13 will be
asserted. As a b us target, a data parity error will cause PERRB to be
asserted.
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
Pin Name Type Pin No 128 Pin Function and Driver
PAR T/S 2 4 PCI bus parity bit: shared PCI bus even parity bit for 32 bits AD bus and CBE
bus.
STOPB S/T/S 20 PCI Target requested transfer stop signal: as bus master , assertion of STOPB
cause MX98715BEC either to retry , disconnect, or abort.
REQB T/S 115 PCI bus request signal: to initiate a bus master cycle request
GNTB I 114 PCI bus g rant ac knowledge signal: host asserts to inform MX98715BEC
that access to the bus is granted
EECS O 5 9 EEPROM Chip Select pin.
BPA1 O 61 Boot PROM address bit 1(EECS=0): together with BPA[15:0] to access
(EEDI) external boot PROM up to 256KB.
EEPROM data in(EECS=1): EEPROM serial data input pin.
BPA0 O 60 Boot PROM address bit 0(EECS=0): together with BPA[15:0] to access
(EECK) external boot PROM up to 256KB.
EEPROM clock(EECS=1): EEPROM clock input pin
BPA[12:0] O 74-71, Boot PROM address line.
68-60
BPA 13 O 7 7 Boot PROM address line 13 ( LED4 )
(LED4)
BPA14 O 7 8 Boot PROM address line 14 (LED0)
( LED0)
BPA 15 O 7 9 Boot PROM address line 15 ( LED1)
( LED1)
BPA 16 O 8 0 Boot PROM address line 16 ( LED2)
( LED2)
BPD0 T/S 58 Boot PROM data line 0(EECS=0): boot PROM or flash data line 0.
(EEDO) EEPROM data out(EECS=1): EEPROM serial data outpin(during reset
initialization).
BPD[7:0] T/S 51-58 Boot PROM data lines: boot PROM or flash data lines 7-0.
FWEB T/S 69 Flash Write Enable Output ( or Home PNA Link active lo w input )
( HLINKB)
FCSB T/S 70 Boot PROM Chip Select Output or A uxiliary Vdd input with 10k e xternal
( V AUX) resistor pull-up. (Internal pull-down)
FOEB O 8 1 Boot PROM Output Enable ( LED3 )
( LED3 )
R D A O 8 4 Connecting an external resistor to ground, Resistor value=10K ohms
RTX O 102 Connecting an external resistor to ground, Resistor value=1K ohms
RTX2EQ O 101 Test Pin.
PMEB O/D 110 Power Management Event Status Output
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
Pin Name Type Pin No 128 Pin Function and Driver
RXIP I 9 3 Twisted pair receive differential input: Support both 10 Base-T and 100
Base-TX receive differential input.
RXIN I 92 Twisted pair receive differential input: Support both 10 Base-T and 100
Base-TX receive differential input
TXOP O 9 9 Twisted pair transmit differential output: Support both 10 Base-T and 100
Base-TX transmit differential output
TXON O 98 Twisted pair transmit diff erential output: Support both 10 Base-T and 100
Base-TX transmit differential output
XI/CKREF I 86 Reference clock: 25MHz oscillator clock input or Crystal in pin
XO I 8 7 Crystal out pin
LED0 O 78 Programmable LED0 pin:
CSR9.28=1 Set the LED0 as Link Speed (10/100) LED .
CSR9.28=0 Set the LED0 as Activity LED.
Default is Activity LED after reset.
LED1 O 79 Programmable LED1 pin:
CSR9.29=1 Set the LED1 as Link/Activity LED.
CSR9.29=0 Set the LED1 as Good Link LED .
Default is Good Link LED after reset.
LED2 O 80 Programmable LED2 pin:
CSR9.30=1 Set the LED2 as Collision LED.
CSR9.30=0 Set the LED2 as Link Speed (10/100) LED .
Default is Link Speed (10/100) LED after reset.
LED3 O 81 Programmable LED3 pin:
CSR9.31=1 Set the LED3 as Full/Half Duplex LED.
CSR9.31=0 Set the LED3 as RX LED.
Default is RX LED after reset.
LED4 O 77 Programmable LED4 pin:
CSR9.24=1 Set the LED4 as P ower Management Ev ent LED .
CSR9.24=0 Set the LED4 as COL LED .
Default is Collision LED after reset.
VDD P 8,21,30,43, Digital P ower pins.
49,75,121
G ND G 2,5,11,16,27 Digital Ground pins.
34,40,46,50
76,118,123,
126
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
Pin Name Type Pin No 128 Pin Function and Driver
V DDA P 82, 85, 89, Analog Power pins .
97,103,
GND A G 83,88,96, Analog Ground pins.
100,104,
VDDR P 91, 94,105 Receive Channel P ower pins.
GNDR G 90, 95,106 Receive Channel Ground pins.
TXE T/S 57 Transmit Enab le Output : TXE signal in 7 wire interface f or Home PNA
( BPD1) connection. ( Or BPD1 pin during Flash or boot ROM activities )
T X D T/S 56 Transmit Data Output : TXD signal in 7 wire interf ace f or Home PNA
( BPD2) connection. ( Or BPD2 pin during Flash or boot ROM activities )
R X D T/S 55 Receive Data Input : RXD signal in 7 wire interface for Home PNA
( BPD3) connection. ( Or BPD3 pin during Flash or boot ROM activities )
R X C T/S 54 Receive Clock Input : RXC signal in 7 wire interface for Home PNA
( BPD4) connection. ( Or BPD4 pin during Flash or boot ROM activities )
C OL T/S 53 Collision Input : COL signal in 7 wire interface for Home PNA
( BPD5) connection. ( Or BPD5 pin during Flash or boot ROM activities )
C R S T/S 52 Transmit Enab le Output : CRS signal in 7 wire interf ace f or Home PNA
( BPD6) connection. ( Or BPD6 pin during Flash or boot ROM activities )
T X C T/S 51 Transmit Cloc k Input : TXC signal in 7 wire interf ace for Home PNA
( BPD7) connection. ( Or BPD7 pin during Flash or boot ROM activities )
CLKRUNB T/S 107 Mini PCI bus CLock Run pin : Indicates the MiniPCI clock status, normally
controlled by host, low for normal clocking, high when clock is about to be
slowed down. Can be asserted low by MX98715BEC to request normal
clocking when necessary.
ISO LATE T/S 1 08 ISOLATE pin : Output pin to isolate external Home PNA PHY chip
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
5. PROGRAMMING INTERFACE
5.1 PCI CONFIGURA TION REGISTERS:
5.1.1 PCI ID REGISTER ( PFID ) ( Offset 03h-00h )
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Device ID (bit 31:16)
Vendor ID (bit 15:0)
5.1.2 PCI COMMAND AND STA TUS REGISTER ( PFCS ) ( Offset 07h-04h )
The bit content will be reset to 0 when a 1 is written to the corresponding bit location.
bit 0 : IO Space Access, set to 1 enable IO access
bit 1 : Memory Space Access, set to 1 to enable memory access
bit 2 : Master Oper ation, set to 1 to support bus master mode
bit 5-3 : not used
bit 6 : P arity Error Response, set to 1 to enab le assertion of CSR<13> bit if parity error detected.
bit 7 : not used
bit 8 : System Error Enable, set to 1 to enable SERR# when parity error is detected on address lines and CBE[3:0].
bit 20 : Ne w capability. Set to support PCI pow er management.
bit 22-bit19 : not used
bit 23 : Fast Back-to back, always set to accept fast back-to-back transactions that are not sent to the same bus
device.
This register can be loaded from external serial EEPROM or use a MXIC preset value of "10D9" and "0531" for vendor
ID and device ID respectively. Word location 3Eh and 3Dh in serial EEPROM are used to configure customer's
vendor ID and device ID respectively . If location 3Eh contains"FFFF" value then MXIC's vendor ID and device ID will
be set in this register , otherwise both 3Eh and 3Dh will be loaded into this register from serial EEPROM.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Detect Parity Error
Signal System Error
Data Parity Report
New Capability
Receive Master Abort
Receive Target Abort
Deceive Select Timing
Fast Back-to-back
System Error Enable
Parity Error Response
Master Operation
Memory Space Access
IO Space Access
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.1.3 PCI REVISION REGISTER ( PFR V ) ( Offset 0Bh-08h )
bit 3 - 0 : Step Number, range from 0 to Fh.
bit 7 - 4 : Re vision Number, fix ed to 6h f or MX98715BEC
bit 15 - 8 : not used
bit 23 - 16 : Subclass, fixed to 0h.
bit 31 - 24 : Base Class, fixed to 2h.
5.1.4 PCI LATENCY TIMER REGISTER ( PFL T ) (Offset 0Fh-0Ch)
bit 0 - bit 7 : System cache line size in units of 32 bit word, device driver should use this value to program CSR0<15:14>.
bit 8 - bit 15 : Configuration Latency Timer, when MX98715BEC assert FRAMEB, it enables its latency timer to count.
If MX98715BEC desser ts FRAMEB prior to timer expiration, then timer is ignored. Otherwise, after timer expires,
MX98715BEC initiates transaction termination as soon as its GNTB is deserted.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Base Class
Step Number
Subclass
Revision Number
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Configuration Latency Timer
System cache line size
PFLT Register (0Fh-0Ch)
bit 24:Data Parity Report, is set to 1 only if PERR# activ e and PFCS<6> is also set.
bit 26-25:De vice Select Timing of DEVSELB pin.
bit 27:not used
bit 28:Receiv e Target Abort, is set to indicate a transaction is terminated by a target abort.
bit 29:Receiv e Master Abort, is set to indicate a master transaction with Master abort.
bit 30:Signal System Error, is set to indicate assertion of SERRB.
bit 31:Detected P arity Error , is set whenev er a parity error detected regardless of PFCS<6>.
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.1.5 PCI BASE IO ADDRESS REGISTER ( PBIO ) ( Offset 13h-10h )
bit 0 : IO/Memory Space Indicator, fixed to 1 in this field will map into the IO space . This is a read only field.
bit 7 - 1 : not used, all 0 when read
bit 31 - 8 : Defines the address assignment mapping of MX98715BEC CSR registers.
5.1.6 PCI Base Memory Address Register ( PBMA ) ( Offset 17h-14h )
bit 0 : Memory Space Indicator, fixed to 0 in this field will map into the memory space. This is a read only field.
bit 7 - 1 : not used, all 0 when read
bit 31 - 7 : Defines the address assignment mapping of MX98715BEC CSR registers.
5.1.7 PCI SUBSYSTEM ID REGISTER ( PSID ) ( Offset 2Fh-2Ch )
This register is used to uniquely identify the add-on board or subsystem where the NIC controller resides. V alues in
this register are loaded directly from e xternal serial EEPROM after system reset automatically. W ord location 36h of
EEPROM is subsystem vendor ID and location 35h is subsystem ID.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Subsystem ID (31:16)
Subsystem Vendor ID (bit 15:0)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Configuration Base Memory Address
Memory Space Indicator
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Configuration Base IO Address
IO/Memory Space Indicator
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.1.8 PCI BASE EXP ANSION ROM ADDRESS REGISTER ( PBER ) ( Offset 33h-30h )
bit 0 : Address Decode Enable, decoding will be enabled if only both enable bit in PFCS<1> and this expansion ROM
register are 1.
bit 16 - 1 : not use
bit 31 - 17 : Defines the upper 21 bits of expansion ROM base address.
5.1.10 INTERRUPT REGISTER ( PFIT ) ( Offset 3Fh-3Ch )
bit 7 - 0 : Interrupt Line, system BIOS will writes the routing information into this field, driver can use this information
to determine priority and interrupt vector .
bit 15 - 8 : Interrupt Pin, fixed to 01h which use INTA#.
bit 31 - 24 : Max_Lat which is a maximum period for a access to PCI bus.
bit 23 - 16 : Min_Gnt which is the maximum period that MX98715BEC needs to finish a burst PCI cycle.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Min-Gnt
Interrupt Pin
Max_Lat
0 0 1 1 1 0 0 0 0 0 0 0 1 0 0 0
Interrupt Line
5.1.9 PCI CAPABILITY POINTER REGISTER ( PFCP ) ( Offset 37h-34h )
bit 7- 0 : Capability pointer (Cap_Ptr) is set to 44h.
bit 31- 8 : reserved
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Capability Pointer (Set to 44h)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Expansion ROM Base Address (upper 21 bit)
Address Decode Enable
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P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.1.11 PCI DRIVER AREA REGISTER ( PFD A ) ( 43h-40h )
bit 29 : board type
bit 15 - 8 : driver is free to read and write this field for any purpose.
bit 7 - 0 : not used.
5.1.12 PCI PO WER MANAGEMENT CAP ABILITY REGISTER ( PPMC ) ( 47h-44h )
bit 31- 27 : PME_Support, read only indicates the power states in which the function ma y assert LANW AKE pin.
bit 31 ---- PME_D3cold (value depending on Vaux / FCSB pin )
bit 30 ---- PME_D3hot
bit 29 ---- PME_D2
bit 28 ---- PME_D1
bit 27 ---- PME_D0
bit 26 : D2 mode support, read only, set to 1.
bit 25 : D1 mode support, read only, set to 1.
bit 24-22 : AUX_I bits . Auxiliary current field, set to 000.
bit 21 : DSI, read only, reset to 0.
bit 20 : A uxiliary power source, supporting D3cold, set to 1. This bit is valid only when bit 15 is a '1'.
bit 19 : PME Clock, read only, reset to 0.
bit 18-16 : PCI pow er management version1.1, set to 010, read only.
bit 15-8 : Ne xt Pointer, all bits reset to 0.
bit 7-0 : Capability ID, read only, set to 1 indicates support of power management
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
D2_Support
D1_Support
PME_Support
0 0 0 0 0 0 0 0
AUX_I
DSI
Auxiliary Power Source
PME Clock
Version
Next Pointer
Capability ID
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Board Type
Driver Special Use
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.1.13 PCI PO WER MANAGEMENT COMMAND AND ST A TUS REGISTER ( PPMCSR ) ( 4Bh-48h )
bit 1-0 : Power_State, read/write, D0 mode is 00, D1 mode is 01, D2 mode is 10, D3 hot mode is 11.
bit7-2 : all 0. Reserved.
bit8 : PME_EN, set 1 to enable PMEB and LANWAKE pins. Set 0 to disab le PMEB and LANWAKE assertion.
bit 12-9 : Data_Select f or report in the Data register located at bit 31:24. Not supported, reset to 0.
bit 14-13 : Data_Scale , read only, not supported, reset to 0.
bit 15 : PME_Status independent of the state of PME_EN. Cleared during power up.
When set, indicates a PME event.
Write 1 to clear the PMEB and LANW AKE assertion, PME-Status become 0. Write 0, no eff ect.
bit 21-16 : Reserved.
bit 22 : B2_B3# = 0, BPCC_EN = 1, read only, not support.
bit 23 : BPCC_EN = 0, Bus Po wer/Cloc k Control Enable , read only, not support.
bit 31-24 : Data = 0, read only, not support.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Bridge Extension Support
PME_Status
Data
Data_Scale
Data_Select
PME_EN
Reserved
Power State
0 0 0 0 0 00 0 0 0 0 0 0 0
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P/N:PM0695 REV. 0.2, AUG. 07, 2000
5.2 HOST INTERF A CE REGISTERS
MX98715BEC CSRs are located in the host I/O or memory address space. The CSRs are double word aligned and 32
bits long. Definitions and address for all CSRs are as follows :
CSR Mapping
Register Meaning Offset from CSR Base
Address ( PBIO and PBMA )
CSR0 Bus mode 0 0
CSR1 Transmit poll demand 08h
CSR2 Receive poll demand 10h
CSR3 Receive list base address 1 8 h
CSR4 Transmit list base address 2 0 h
CSR5 Interrupt status 2 8h
CSR6 Operation mode 30h
CSR7 Interrupt enable 38h
CSR8 Missed frame counter 40h
CSR9 Serial ROM and MII management 48h
CSR10 Flash Memory Address Register 50h
CSR11 General Purpose timer 58h
CSR12 10 Base-T status port 6 0h
CSR13 SIA Reset Register 6 8 h
CSR14 10 Base-T control port 7 0h
CSR15 Watchdog timer 7 8h
CSR16 ( Reserved ) Test Operation port 8 0h
CSR17 ( Reserved ) IC Test P ort-1 8 8 h
CSR18 ( Reserved ) IC Test P ort-2 9 0 h
CSR19 ( Reserved ) IC test P ort-3 9 8 h
CSR20 Auto compensation A0h
CSR21 Flow control Register A4h
CSR22 MAC ID Byte 3-0 A8 h
CSR23 Magic ID 5, 4 / MAC ID Byte 5, 4 ACh
CSR24 Magic ID Byte 3-0 B0 h
CSR25 Filter 0 Byte Mask B4h
CSR26 Filter 1 Byte Mask B8h
CSR27 Filter 2 Byte Mask BCh
CSR28 Filter 3 Byte mask C0h
CRS29 Filter Offset C4h
CSR30 Filter 1&0 CRC-16 C8h
CSR31 Filter 3&2 CRC-16 CCh
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CSR32 Reserved A Register 1 D 0h
CSR33 Reserved A Register 2 D 4h
CSR34 Reserved A Register 3 D 8h
CSR35 Reserved A Register 4 D C h
CSR36 Reserved A Register 5 E0 h
CSR37 Reserved P Register E4h
CSR38 VLAN T ag Register E8h
CSR39 Power Management Register ECh
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5. 2.1 BUS MODE REGISTER ( CSR0 )
Field Name Description
0 SWR Software Reset, when set, MX98715BEC resets all internal hardware with the exception of
the configuration area and port selection.
1 BAR0 Internal bus arbitration scheme between receive and transmit processes.
The receive channel usually has higher priority over transmit channel when receive FIFO
is partially full to a threshold. This threshold can be selected b y programming this bit. Set
for lower threshold, reset for normal threshold.
6:2 D SL Descriptor Skip Length, specifies the number of longwords to skip between two descrip-
tors.
7 BLE Big/Little Ending, set for big ending byte ordering mode, reset for little ending byte ordering
mode, this option only applies to data buffers
13:8 PBL Programmable Burst Length, specifies the maximum number of longwords to be trans-
ferred in one DMA transaction. default is 0 which means unlimited burst length, possible
values can be 1,2,4,8,16,32 and unlimited .
15:14 CAL Cache Alignment, programmable address boundaries of data burst stop, MX98715BEC
can handle non-cache- aligned fragment as well as cache-aligned fragment efficiently.
16 BAR2 Reset to use RX dominate arbitration. Set to use TX dominant arbitration in fast forward
mode or round Robin in store/forward mode. Must be reset to zero for normal operation.
18:17 TAP Transmit Auto-Polling time interval, defines the time interval for MX98715BEC to performs
transmit poll command automatically at transmit suspended state.
21 RME PCI Memory Read Multiple command enable, indicates bus master may intend to fetch
more than one cache lines disconnecting.
23 R LE PCI Memory Read Line command enable, indicating bus master intends to fetch a com-
plete cache line.
2 4 WIE PCI Memory Write and Invalidate command enable, guarantees a minimum transfer of one
complete cache.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
TAP-Transmit Automatic Polling
WIE-Write and Invalidate Enable
RLE-Read Line Enable
RME-Read Multiple Enable
BAR2
DSL-Descriptor Skip Length
SWR-Software Reset
CAL-Cache Alignment
PBL-Programmable Burst Length
BLE-Big/Little Endian
BAR0-Bus Arbitration bit 0
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5.2.2 TRANSMIT POLL COMMAND ( CSR1 )
Field Name Description
31:0 TPC Write only , when written with any v alue, MX98715BEC read transmit descriptor list in host
memory pointed by CSR4 and processes the list.
5.2.3 RECEIVE POLL COMMAND ( CSR2 )
Field Name Description
31:0 RPC Write only, when written with any v alue, MX98715BEC read receiv e descriptor list in host
memory pointed by CSR3 and processes the list.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Transmit Poll command
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Receive Poll command
TABLE 5.2.0 TRANSMIT AUT O POLLING BITS
CSR<18:17> Time Interval
0 0 No transmit auto-polling, a write to CSR1 is required to poll
0 1 auto-poll every 200 us
1 0 auto-poll every 800 us
1 1 auto-poll every 1.6 ms
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5.2.4 DESCRIPT OR LIST ADDRESS ( CSR3, CSR4 )
CSR3 Receive List Base Address
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Start of Receive List Address
CSR4 Transmit List Base Address
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Start of Transmit List Address
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5.2.5 INTERRUPT STATUS REGISTER ( CSR5 )
Field Name Description
2 8 WKUPI W ake Up event interrupt. Set if wak e-up event occurs in pow er-down mode.
27 LC 100 Base-TX link status has changed either from pass to fail or fail to pass.
Read CSR12<1> for 100 Base-TX link status.
25:23 EB Error Bits, read only, indicating the type of error that caused fatal b us error .
22:20 TS Transmit Process State, read only bits indicating the state of transmit process .
19:17 RS Receive Process State, read only bits indicating the state of receive process.
1 6 NIS Normal Interrupt Summary , is the logical OR of CSR5<0>, CSR5<2> and CSR5<6> and
CSR5<28>.
1 5 AIS Abnormal Interrupt Summary, is the logical OR of CSR5<1>, CSR5<3>, CSR5<5>,
CSR5<7>, CSR5<8>, CSR5<9>, CAR5<10>, CSR5<11> and CSR5<13>, CSR5<27>.
14 ERI Early receive interrupt, indicating the first buffer has been filled in ring mode, or 64 bytes
has been received in chain mode.
1 3 FBE F atal Bus Error , indicating a system error occurred, MX98715BEC will disable all b us
access.
12 LF Link Fail, indicates a link fail state in 10 Base-T port. This bit is valid only when
CSR6<18>=0, CSR14<8>=1, and CSR13<3>=0.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
RS-Receive Process State
NIS-Normal Interrupt Summary
LF-Link Fail
ETI-Early Transmit Interrupt
AIS-Abnormal Interrupt Summary
ERI-Early Receive Interrupt
FBE-Fatal Bus Error
GTE-General Purpose Timer Expired
WKUPI-Wake Up event Interrupt
LC-Link Change
RPS-Receive Process Stopped
RI-Receive Interrupt
EB-Error Bits
TS-Transmit Process State
RWT-Receive W atchdog Timeout
RU-Receive Buffer Unavailable
LPANCI-Link Pass/Autonegotiation
Completed Interrupt
UNF-Transmit Underflow
TJT-Transmit Jabber Timeout
TU-Transmit Buffer Unavailable
TPS-Transmit Process Stopped
TI-Transmit Interrupt
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Field Name Description
1 1 GTE General Purpose Timer Expired, indicating CSR11 counter has expired.
10 ETI Early Transmit Interrupt, indicating the pack et to be transmitted w as fully transferred to
internal TX FIFO. CSR5<0> will automatically clears this bit.
9 R WT Receiv e W atchdog Time-out, reflects the network line status where receive watchdog
timer has expired while the other node is still active on the network.
8 RP S Write only, when written with any v alue, MX98715BEC reads receive descriptor list in
host memory pointed by CSR4 and processes the list.
7 RU Receive Buffer Unavailable, the receive process is suspended due to the next
descriptor in the receive list is owned by host. If no receive poll command is issued, the
reception process resumes when the next recognized incoming frame is received.
6 RI Receive Interrupt, indicating the completion of a frame reception.
5 U N F Transmit Underflow, indicating transmit FIFO has run empty bef ore the completion of a
packet transmission.
4 LPANCI When autonegotiation is not enabled ( CSR14<7>=0 ), this bit indicates that the 10
Base-T link integrity test has completed successfully, after the link was down. This bit is
also set as as a result of writing 0 to CSR14<12> ( Link Test Enable ).
When Autonegotiation is enabled ( CSR14<7> =1 ) , this bit indicates that the autonegotiation
has completed ( CSR12<14:12>=5 ). CSR12 should then be read f or a link status report.
This bit is only v alid when CSR6<18>=0, i.e. 10 Base-T port is selected Link F ail interrupt
( CSR5<12> ) will automatically clears this bit.
3 TJT Transmit Jabber Timeout, indicating the MX98715 has been e xcessiv ely active . The
transmit process is aborted and placed in the stopped state. TDES0<1> is also set.
2 TU Transmit Buffer Una v ailable , transmit process is suspended due to the ne xt descriptor in
the transmit list is owned by host.
1 TPS Transmit Process Stopped.
0 TI Transmit Interrupt. indicating a frame transmission was completed.
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T ABLE 5.2.1 F AT AL BUS ERROR BITS
CSR5<25:23> Process State
0 00 parity error for either SERR# or PERR#, cleared by software reset.
001 master abort
010 target abort
011 reserved
1XX reserved
TABLE 5.2.2 TRANSMIT PROCESS STA TE
CSR5<22:20> Process State
000 Stopped- reset or transmit jabber expired.
001 Fetching transmit descriptor
0 1 0 W aiting for end of transmission
011 filling transmit FIFO
100 reserved
1 0 1 Setup packet
110 Suspended, either FIFO underflow or unavailable transmit descriptor
1 11 closing transmit descriptor
TABLE 5.2.3 RECEIVE PROCESS STATE
CSR5<19:17> Process State
0 00 Stopped- reset or stop receive command. Fetching receive descriptor
0 10 checking for end of receive packet
0 1 1 W aiting f or receive pac ket
100 Suspended, receive buffer unavailable
101 closing receive descriptor
1 10 Purging the current frame from the receive FIFO due to unavailable receive buffer
1 1 1 queuing the receive frame from the receive FIFO into host receive buffer
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5.2.6 OPERATION MODE REGISTER ( CSR6 )
Field Name Description
2 4 SCR Scrambler Mode, default is set to enable scrambler function. Not affected by software
reset.
23 PC S Default is set to enable PCS functions. CSR6<18> must be set in order to operate in
symbol mode.
2 2 TT M Transmit Threshold Mode, set f or 10 Base-T and reset f or 100 Base-TX.
21 SF Store and Forward, when set, tr ansmission starts only if a full pack et is in tr ansmit FIFO.
the threshold values defined in CSR6<15:14> are ignored
19 H B D Heartbeat Disable, set to disab le SQE function in 10 Base-T mode.
18 PS Port Select, default is 0 which is 10 Base-T mode, set for 100 Base-TX mode.
A software reset does not affect this bit.
1 7 C OE Collision Offset Enable, set to enable a modified backoff algorithm during low collision
situation, reset for normal backoff algorithm.
15:14 TR Threshold Control Bits, these bits controls the selected threshold level for MX98715BEC's
transmit FIFO, transmission starts when frame size within the transmit FIFO is larger
than the selected threshold. Full frames with a length less than the threshold are also
transmitted.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
COE-Collision Offset Enable
FC-Force collision mode
LOM-Loopback Operation Mode
TR-Threshold Control Bits
ST-Start/Stop Tr ansmission Command
TTM-Transmit Threshold Mode
SF-Store and Forward
PR-Promiscuous Mode
HBD-Hearbeat Disable
PS-Port Select
FD-Full Duplex Mode
PM-Pass All Multicast
SB-Start/Stop Backoff Counter
IF-Inverse Filtering
PB-Pass Bad Frame
HO-Hash-Only Filtering Mode
SR-Start/Stop Receive
HP-Hash/Perfect Receive Filtering Mode
PCS-PCS function
SCR-Scrambler Mode
FKD
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Field Name Description
1 3 ST Start/Stop Transmission Command, set to place tr ansmission process in running state
and will try to transmit current descriptor in transmit list. When reset, transmit process is
placed in stop state.
12 FC Force Collision Mode, used in collision logic test in internal loopback mode, set to force
collision during next tr ansmission attempt. This can result in e xcessiv e collision reported
in TDES0<8> if 16 or more collision.
11:10 LOM Loopback Operation Mode, see table 5.2.6.
9 F D Full-Duple x Mode , set f or simultaneous transmit and receiv e operation, heart beat check
is disabled, TDES0<7> should be ignored, and internal loopback is not allo wed. This bit
controls the value of bit 6 of link code word .
8 F KD Reserved for internal test for back off speeding up
7 PM P ass All Multicast, set to accept all incoming fr ames with a multicast destination address
are received. Incoming frames with physical address are filtered according to the CSR6<0>
bit.
6 P R Promiscuous Mode, any incoming valid frames are accepted, default is reset and not
affected by software reset.
5 SB Start/Stop Back off Counter, when reset, the backoff timer is not affected by the netw ork
carrier activity. Otherwise, timer will start counting when carrier drops.
4 IF Inverse Filtering, read only bit, set to operate in inverse filtering mode, only valid during
perfect filtering mode.
3 PB P ass Bad Frames , set to pass bad frame mode, all incoming fr ames passed the address
filtering are accepted including runt frames, collided fragments, truncated frames caused
b y FIFO o verflow.
2 H O Hash-Only Filtering Mode , read only bit, set to operate in imperfect filtering mode for both
physical and multicast addresses.
1 S R Start/Stop Receive , set to place receiv e process in running state where descriptor
acquisition is attempted from current position in the receive list. Reset to place the
receive process in stop state.
0 HP Hash/Perfect Receive Filtering Mode, read only bit, set to use hash table to filter multicast
incoming frames. If CSR6<2> is also set, then the physical addresses are
imperf ect address filtered too . If CSR6<2> is reset, then ph ysical addresses are perf ect
address filtered, according to a single physical address as specified in setup frame.
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T ABLE 5.2.4 TRANSMIT THRESHOLD
CSR6<21> CSR6<15:14> CSR6<22>=0 CSR6<22>=1 (Threshold bytes)
(for 100 Base-TX) (for 10 Base-T)
0 00 128 72
0 01 256 96
0 10 512 128
0 11 1024 160
1 XX ( Store and Forward )
T ABLE 5.2.5 D A T A PORT SELECTION
CSR14<7> CSR6<18> CSR6<22> CSR6<23> CSR6<24> Port
1 0 X X X Nway Auto-negotiation
0 0 1 X X 10 Base-T
0 1 0 1 1 100 Base-TX
T ABLE 5.2.6 LOOPBACK OPERA TION MODE
CSR6<11:10> Operation Mode
00 Normal
0 1 Internal loopback at FIFO port
11 Internal loopback at the PHY level
10 External loopback at the PMD level
T ABLE 5.2.7 FILTERING MODE
CSR6<7> CSR6<6> CSR6<4> CSR6<2> CSR6<0> Filtering Mode
PM PR IF HO HP
0 0 0 0 0 CAM 16-entry perfect filtering
0 0 0 0 1 64-bit hash (mulitcast=1) + 1perfect (entry 0)
filtering. (multicast=0)
0 0 0 1 1 64-bit hash for multicast
0 0 1 X 0 Inverse filtering. Only valid with CSR6<0>=0
X 1 X X X Promiscuous (P ass all kinds)
1 0 X X X Pass All Multicast
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5.2.7 INTERRUPT MASK REGISTER ( CSR7 )
Field Name Description
2 8 WKUPIE Wake Up Event Interrupt Enable, enables CSR5<28>.
2 7 LCE Link Changed Enable, enables CSR5<27>.
1 6 NIE Normal Interrupt Summary Enable, set to enable CSR5<0>, CSR5<2>, CSR5<6>.
1 5 AIE Abnormal Interrupt Summary enable, set to enable CSR5<1>, CSR5<3>, CSR5<5>,
CSR5<7>, CSR5<8>, CSR5<9>, CSR5<11> and CSR5<13>.
1 4 ERIE Early Receive Interrupt Enable
1 3 FBE F atal Bus Error Enable, set together with with CSR7<15> enab les CSR5<13>.
1 2 LFE Link F ail Interrupt Enable, enables CSR5<12>
1 1 GPTE General Purpose Timer Enable, set together with CSR7<15> enables CSR5<11>.
1 0 ETIE Early Transmit Interrupt Enable, enables CSR5<10>
9 RWE Receive Watchdog Timeout Enable, set together with CSR7<15> enables CSR5<9>.
8 RSE Receive Stopped Enable, set together with CSR7<15> enables CSR5<8>.
7 R U E Receive Buffer Unavailable Enable, set together with CSR7<15> enables CSR5<7>.
6 RIE Receive Interrupt Enable, set together with CSR7<16> enables CSR5<6>.
5 UNE Underflow Interrupt Enable, set together with CSR7<15> enables CSR5<5>.
4 LPANCIE Link Pass/Autonegotiation Completed Interrupt Enable
3 TJE Transmit Jabber Timeout Enable, set together with CSR7<15> enables CSR5<3>.
2 TU E Transmit Buffer Unavailable Enable, set together with CSR7<16> enables CSR5<2>.
1 TSE Transmit Stop Enable, set together with CSR7<15> enables CSR5<1>.
0 TIE Transmit Interrupt Enable, set together with CSR7<16> enables CSR5<0>.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
NIE-Normal interrupt Summary Enable
FBE-Fatal Bus Error Enable
LFE-Link Fail Enable
AIE-Abnormal Interrupt Summary Enable
ERIE-Early Receive Interrupt Enable
ETIE-Early Transmit Interrupt Enable
RIE-Receive Interrupt Enable
RWE-Receiv e W atchdog Enable
RSE-Receive Stopped Enable
GPTE-General-Purpose Timer Enable
RUE-Receive Buffer Unavailable Enable
UNE-Underflow Interrupt Enable
LPANCIE-Link Pass
/Nway Complete Interrupt Enable
TJE-Transmit Jabber Timeout Enable
TUE-Transmit Buffer Unavailable Enable
TSE-Transmit Stopped Enable
TIE-Transmit Interrupt Enable
LCE-Link Changed Enable
WKUPIE-Wake Up event interrupt Enable
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5.2.8 MISSED FRAME COUNTER ( CSR8 )
Field Name Description
1 6 M FO Missed F rame Ov erflow , set when missed fr ame counter ov erflows, reset when CSR8
is read.
15:0 MFC Missed F rame Counter, indicates the number of frames discarded because no host
receive descriptors were available.
5.2.9 NONV OLA TILE MEMORY CONTROL REGISTER ( CSR9 )
Field Name Description
31 LED3SEL 0:Default v alue . Set LED3 as RX LED.
1:Set LED3 as F/H duple x LED.
30 LED2SEL 0: Default value. Set LED2 as SPEED LED.
1: Set LED2 as Collision LED
29 LED1SEL 0:Default v alue. Set LED1 as Good Link LED.
1: Set LED1 as Link/Activity LED.
28 LED0SEL 0:Default value. Set LED0 as Activity LED.
1: Set LED0 as Link Speed (10/100) LED .
2 4 LED4SEL 0: Default value. Set LED4 as Collision LED.
1: Set LED4 as PMEB LED.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Missed Frame Overflow
Missed Frame Counter
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
BR-Boot ROM Select
Data-Boot ROM data
or Serial ROM control
LED1SEL
LED4SEL
LED2SEL
LED3SEL
LED0SEL
WKFCAT
RD-Read Operation
Reload
SR-Serial ROM Select
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Field Name Description
26:25 WKF ACT Wake up frame catenation option bits.
CRS21<4> CSR<26> CSR<25> Wake up event
0 X X CH0+CH1+CH2+CH3
1 0 0 (CH0*CH1)+(CH2*CH3)
1 0 1 (CH0*CH1)+CH2+CH3
1 1 0 (CH0*CH1*CH2)+CH3
1 1 1 CH0*CH1*CH2*CH3
1 4 RD Boot ROM/EEPROM read operation select bit
1 3 WR EEPROM reload operation select bit.
Operation definition:
RD WR Operation
1 0 Boot ROM/EEPROM Read
0 1 Boot ROM/EEPROM write
1 1 EEPROM reload operation ( bit 11, SR=1)
12 BR Boot ROM Select, set to select boot ROM only if CSR9<11>=0.
1 1 SR Serial ROM Select, set to select serial ROM for either read or write operation.
7:0 Data If boot ROM is selected ( CSR9<12> is set ), this field contains the data to be read from
and written to the boot ROM. If serial ROM is selected , CSR9<3:0> are defined as
follows :
3 S DO Serial ROM data out from serial ROM into MX98715BEC.
2 SDI Serial ROM data input to serial ROM from MX98715BEC.
1 SCLK Serial clock output to serial ROM.
0 S CS Chip select output to serial ROM.
Notice : CSR9<11> and CSR9<12> should be mutually exclusive for correct operations.
01
LED0SEL ACT SPEED
LED1SEL LINK LINK/ACT
LED2SEL SPEED COL
LED3SEL RX FULL/HALF
LED4SEL* COL PMEB
LED DISPLAY Option Summary Table
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Field Name Description
1 6 CO N When set, the general purpose timer is in continuous operating mode . When reset, the
timer is in one-shot mode.
15:0 Timer Value contains the timer v alue in a cycle time of 204.8us .
GENERAL PURPOSE TIMER ( CSR11 )
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
CON-Continuous Mode
Timer V alue
5.2.10 FLASH MEMOR Y PROGRAMMING ADDRESS REGISTER ( CSR10 )
Field Name Description
16:0 MA Flash Memory Address : Address bit 16 to 0.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
MA
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5.2.11 10 BASE-T ST ATUS P ort ( CSR12 )
Field Name Description
31:16 LPC Link P artner's Link Code W ord, where bit 16 is S0 ( selector field bit 0 ) and bit31 is NP
( Ne xt P age ). Effective only when CSR12<15> is read as a logical 1.
1 5 LPN Link P artner Negotiable, set when link partner support NWA Y algorithm and CSR14<7>
is set.
14:12 ANS Autonegotiation Arbitration State, arbitration states are defined
000 = Autonegotiation disable
001 = Transmit disable
010 = ability detect
011 = Acknowledge detect
100 = Complete acknowledge detect
101 = FLP link good; autonegotiation complete
110 = Link check
When autonegotiation is completed, an ANC interrupt ( CSR5<4>) is generated, write
001 into this field can restart the autonegotiation sequence if CSR14<7> is set.
Otherwise, these bits should be 0.
1 1 TRF Transmit Remote Fault
3 APS A utopolarity State , set when polarity is positive . When reset, the 10 Base-T polarity is
negative . The receiv ed bit stream is inv erted b y the receiver.
2 LS10B Set when link status of 10 Base-T port link test fail. Reset when 10 Base-T link test is in
pass state.
1 LS100B Link state of 100 Base-TX, this bit reflects the state of SD pin, effective only when
CSR6<23>= 1 ( PCS is set ). Set to indicate a fail condition .i.e. SD=0.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
LPC-Link Partner's Link Code Word
LPN-Link Partner Negotiable
ANS-Autonegotiation Arbitration State
TRF-Transmit Remote Fault
APS-Autopolarity State
LS10B-Link Status of 10 Base-T
LS100B-Link Status of 100 Base-TX
*Software reset has no effect on this register
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5.2.12 VLAN & HomeLAN Register (CSR13)
Field Name Description
11 HPNA2EN Home PNA 2.0 MII Interface Enable, default=0
10 Htxris e Reset to send signal in rising edge, set to send signal in falling edge, default=0.
9 Hlinkb Home PNA Link status, low is good link, high is bad link, default=0.
8 HPNA1EN Home PNA 1.0 7-wire interface enable, default=0
7 VLANEN Set to enable VLAN function, reset to disab le VLAN function, def ault=0.
6 VLAN TX S/H While VLANEN=1, reset this bit f or software VLAN TX function,
set this bit for hardw are VLAN TX function, def ault=0.
5 VLAN RX S/H While VLANEN=1, reset this bit f or software VLAN RX function,
set this bit f or hardware VLAN RX function, default=0.
0 Nway Reset While writing 0 to this bit, resets the CSR12 & CSR14, default=0.
5.2.13 10 Base-T Control PORT (CSR14)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
T4-100 Base-T4 (link code word)
PAUSE-Pause (link code word)
TXF-100 Base-TX full duplex
(link code word)
TXH-100 Base-TX half duplex
(link code word)
LTE-Link Test Enable
RSO-Receive Squelch Enable
ANE-Autonegotiation Enable
HDE-Half Duplex Enable)
LBK-Loopback (MCC)
*The software reset bit (bit0 of CSR0) has no effect to this register.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Nway Reset-
Nway and 10 Base-T PHY level reset
HPNA2EN
Htxrise
Hlinkb
HPNA1EN
VLANEN
VLAN TX S/H
VLAN RX S/H
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Field Name Description
19 PA U SE Bit 10 of link code word for 100 Base-TX pause mode.
18 T 4 Bit 9 of link code word for T4 mode . (allw a ys 0 after reset)
17 TXF Bit 8 of link code word for 100 Base-TX full duplex mode.
16 TXH Bit 7 of link code word for 100 Base-TX half duplex mode. Meaningful only when CSR14<7>
( ANE ) is set.
12 LTE Link Test Enable , when set the 10 Base-T port link test function is enab led.
8 R S Q Receiv e Squelch Enab le for 10 Base-T port. Set to enab le.
7 ANE Autonegotiation Enable, .
6 HDE Half-Duplex Enable, this is the bit 5 of link code word, only meaningful when CSR14<7> is
set.
1 LBK Loop back enable for 10 Base-T MCC.
5.2.14 W A TCHDOG TIMER ( CSR15)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
MBZ-Must Be Zero
RWR-Receiv e W atchdog Release
PWD-Receive W atchdog Disable
JCK-Jabber Clock
HUJ-Host Unjabber
JAB-Jabber Disable
Field Name Description
8 FJT Internal test f or jabber timer. Must be zero . Def ault = 0
5 R W R Defines the time interval no carrier from receive watchdog expiration until re-enabling the
receive channel. When set, the receive w atchdog is release 40-48 bit times from the last
carrier desertion. When reset, the receive watchdog is released 16 to 24 bit times from
the last carrier desertion.
4 R W D When set, the receiv e watchdog counter is disable. When reset, receive carriers longer
than 2560 bytes are guaranteed to cause the watchdog counter to time out. Packets shorter
than 2048 bytes are guaranteed to pass.
2 JCK When set, transmission is cut off after a range of 2048 bytes to 2560 bytes is transmitted,
When reset, transmission f or the 10 Base-T port is cut off after a range of 26 ms to 33ms.
When reset, transmission for the 100 Base-TX port is cut off after a range of 2.6ms to
3.3ms.
1 HUJ Defines the time interval between transmit jabber expiration until reenabling of the
transmit channel. When set, the transmit channel is released immediately after the jabber
e xpiration. When reset, the jabber is released 365ms to 420 ms after jabber expiration for
10 Base-T port. When reset, the jabber is released 36.5ms to 42ms after the jabber e xplo
ration f or 100 Base-TX port.
0 JBD Jabber Disable, set to disable transmit jabber function.
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5.2.15 NW AY Status Internal test Register (CSR20)
Field Name Description
3 1 PA U SE Flow Control PA USE mode is accepted, read only.
30 100TXF 100 base-T full duple x mode selection indication : After NW AY autonegotiation , a 1
in this bit indicate the IC has settled down in this mode. Otherwise 0.
29 100TXH 100 base-T half duple x mode selection indication : After NW AY autonegotiation , a 1
in this bit indicate the IC has settled down in this mode. Otherwise 0.
2 8 10TXF 10 base-T full duple x mode selection indication : After NW AY autonegotiation , a 1
in this bit indicate the IC has settled down in this mode. Otherwise 0.
2 7 10TXH 10 base-T half duplex mode selection indication : After NW AY autonegotiation , a 1
in this bit indicate the IC has settled down in this mode. Otherwise 0.
26 100GLT 100 TX NWAY good link test speed option, set f or fast, reset f or normal.
25 LOCKT Descrambler lock speed test, set for fast, reset for normal
24 SYNM1INT Sync. modem function 1 Interrupt
19 RESERVED Fixed to 1 by chip
1 7 RXSIZE1 Must be 0 for normal operation
16 RESERVED Default is 0.
15 BAR1 RX FIFO arbitration option control bit 1, together with CSR0<1> BAR0 define a internal
RX almost full threshold, definition as followed
BAR0 BAR1 RX Near full threshold
0 0 1K bytes
0 1 256
1 0 512
1 1 128
Device driver can determine these values to reduce over-flow error rate, option 00 is least
likely to ha ve o verflow b ut would reduce TX perf ormance, while option 11 is near
round-robin type of arbitration
1 4 TXSIZE1 Must be zero for normal operation
1 3 TXSIZE0 Must be zero for normal operation
1 1 RXSIZE0 Must be zero for normal operation
10 SELIDLE Set for 200-250 ns idle pulse width detection, reset for 175-225 ns idle pulse detection
Default is 0.
8:0 RBCNT RX DMA Byte Count f or driver's early interrupt assertion control
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
PAUSE
100TXF
100TXH
10TXF
10TXH
100GLT
LOCKT
RESERVED
RESERVED
SYCM1INT
RXSIZE1
BAR1
TXSIZE1
TXSIZE0
RXSIZE0
SELIDLE
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5.2.16 Flow Control Register (CSR21)
Field Name Description
31:16 TMVAL Timer value in the flow control frame for receive flow control.
15 TEST Test the flow control timer.
14 RESTART Set the receive flow control into the restart mode, the RXFCEN should be asserted. The
default value is 0.
13 RESTOP Set the receiv e flow control into the restop mode, the RXFCEN should be asserted. The
default value is 0.
12 TXFCEN Transmit flow control enable . The def ault v alue is 1.
11 RXFCEN Receive flow control enab le. The def ault v alue is 0.
10 RUFCEN Send flow control frame control when the receive descriptor is unavailable, the RXFCEN
should be asserted. The def ault v alue is 0.
9 STOPTX Indicate the transmit status. If the receive flow control stop the transmission, this bit is
set. After recovering transmission, this bit is clear.
8 REJECTFC Abort the receiv e flo w control fr ame when set. The def ault v alue is 1.
7 RXFCTH1 Receive flow control threshold 1. Default = 0
6 RXFCTH0 Receive flow control threshold 0. Default = 1
5 NFCEN Accept flow control from the auto-negotiation result. Default = 1
4 WKFCATEN Enable the wake up frame concatenation feature. loadable from EEPROM offset 77h bit
3, See CSR9 for details
3 LNKCHGDIS Set to disable link change detection in power down mode, loadable from EEPROM
offset 77h bit 1
2 MPHITDIS Set to disable magic packet address matching, loadable from EEPROM offset 77h bit 0
1 FSTEE Set to speed up EEPROM clk for test, reset for normal EEPROM clock.
Receive Flow Contr ol Threshold T able
FCTH1 1100
FCTH0 1010
Threshold V alue (Byte) 5 1 2 2 5 6 1 2 8 overflow
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
TMVAL-Flow Control timer Value
TEST-Test Flow Counter Timer
RESTART-Set Reset Mode
RESTOP-Set Restop Mode
TXFCEN-Transmit Flow Control Enable
RXFCEN-Receive Flow Control
STOPTX-Indicate the transmit is stoped
REJECTFC-Abort the Receive Flow Control Frame
FCTH1-Flow Control Thresold 1
FCTH0-Flow Control Thresold 0
RUFCEN-Receive Flow Control Enable
while Receive Descriptor is Unavailable
NFCEN-NWAY Flow Control
FSTEE
WKFCATEN-Wake up Frame Catenation Enable
LNKCHGDIS - Link change indication disable
MPHITDIS - magic packet hit disable
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5.2.17 MAC ID Byte 3-0 Register (CSR22)
5.2.18 Magic ID Byte 5,4/ MA C ID Byte 5,4 (CSR23)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
MAC ID byte 3
MAC ID byte 2
MAC ID byte 0
MAC ID byte 1
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Magic ID byte 5
Magic ID byte 4
MAC ID byte 4
MAC ID byte 5
5.2.19 Magic ID Byte 3-0 (CSR24)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Magic ID byte 3
Magic ID byte 2
Magic ID byte 0
Magic ID byte 1
5.2.20 Filter 0 Byte Mask Register 0 (CSR25)
Filter 1 Byte Mask Register 1 (CSR26)
Filter 2 Byte Mask Register 2 (CSR27)
Filter 3 Byte Mask Register 3 (CSR28)
CSR25 to CSR28 are Filter N ( N=0 to 3 ) Byte Mask Register N ( N=0 to 3 )
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Byte Mask
Field Name Description
31:0 Byte Mask If bit number j of the byte mask is set, byte number (offset+j) of the incoming frame is
checked.
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5.2.21 Filter Offset Register (CSR29)
Field Name Description
6:0 Pattern 0 Offset The offset defines the location of first byte that should be checked by filter 0 in the
frame. Offset is always greater than 12.
7 Filter 0 Enable This bit is set to enable the filter 0. If it is reset, filter 0 is disabled for the wake-up
frame checking.
14:8 Pattern 1 Offset The offset defines the location of first byte that should be checked by filter 1 in the
frame. Offset is always greater than 12.
1 5 Filter 1 Enable This bit is set to enable the filter 1. If it is reset, filter 1 is disabled for the wake-up
frame checking.
22:16 Pattern 2 Offset The offset defines the location of first byte that should be checked by Filter 2 in
the frame. Offset is always greater than 12.
2 3 Filter 2 Enable This bit is set to enable the filter 2. If it is reset, filter 2 is disabled for the wake-up
frame checking.
30:24 Pattern 3 Offset The offset defines the location of first byte that should be checked by Filter 3 in
the frame. Offset is always greater than 12.
3 1 Filter 3 Enable This bit is set to enable the filter 3. If it is reset, filter 3 is disabled for the wake-up
frame checking.
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Filter 3 Offset
Filter 3 Enable
Filter 2 Enable
Filter 2 Offset
Filter 1 Enable
Filter 1 Offset
Filter 0 Enable
Filter 0 Offset
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Field Name Description
15:0 Filter 0 CRC-16 The 16-bit CRC value is programmed by the driver to be matched against the
current result from the CRC-16's remainder at the location specified by Filter 0
offset and Filter 0 Byte Mask register . if matched, the incoming frame is a wakeup
frame.
31:0 Filter 1 CRC-16 Same description as Filter 0 CRC-16.
5.2.22 Filter 1 and 0 CRC-16 Register (CSR30)
5.2.23 Filter 3 and 2 CRC-16 Register (CSR31)
Field Name Description
15:0 Filter 2 CRC-16 Same description as Filter 0 CRC-16.
31:0 Filter 3 CRC-16 Same description as Filter 0 CRC-16
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Filter 1 CRC-16
Filter 0 CRC-16
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Filter 3 CRC-16
Filter 2 CRC-16
5.2.24 PMDCTRL 1 Register (CSR32)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
0 1 0 0 0 0 1 1 0 1 1 0 0 1 1 0 1 0 1 0 0
FULLSCAL15M
FULLSCAL16M
FULLSCAL17M
PMDB40[1:0]M
PMDB60[1:0]M
PMDB100[1:0]M
PMDB120[1:0]M
PMDGS3[2:0]
PMDGS2[2:0]
PMDGS1[2:0]
PMDB2[1:0]
PMDGS4[2:0]
PMDB3[2:1]
PMDB5[2:0]
PMDPZ[1:0]
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Field Description
1:0 PMDPZ[1:0] : Pole/Zero programming bit. R/W Default=00
4: 2 PMDB5[2:0] : Reference programming bits . Use PMDB5[2:0} to reference if A UTOCALB=1
Use PMDB4[2:0] to set ref erence if A UT OCALB=0 Def ault=101 R/W
6: 5 PMDB3[2:1] : Reference offset setting bits. Default=10. R/W
9: 7 PMDGS4[2:0] : EQ transf er curve set. Use PMDGS4[2:0] to set EQ transfer curve if A UTOCALB=1
Use PMDGS3[2:0] to set EQ transf er curve id AUTOCALB=0 Def ault=001 R/W
11:10 PMDB2[1:0] : PMD calibration output f or reference , RO .
14:12 PMDGS1[2:0] : PMD calibration output for reference , RO .
17:15 PMDGS2[2:0] : PMD calibration output ofr ref erence, RO .
20:18 PMDGS3[2:0} : The modified output of PMDGS2[2:0] according to EQ gain, RO .
22:21 PMDB120[1:0]M : default=11, R/W.
24:23 PMDB100[1:0]M : default=10, R/W.
26:25 PMDB60[1:0]M : def ault=01, R/W .
28:27 PMDB40[1:0]M : def ault=00, R/W .
2 9 FULLSCAL17M : default=0, R/W .
3 0 FULLSCAL16M : default=1, R/W .
3 1 FULLSCAL15M : default=0, R/W .
5.2.25 PMDCTRL 2 Register (CSR33)
Field Description
5: 0 MLENGTH[5:0] : Length detection result. RO. Latch the data from SPPM[5:0] bus b y LDREADM
positive edge.
11:6 LDTHRE1[5:0] : Threshold used to dertermine length range. Loaded from EEPROM. R/W Default=010010
17:12 LDTHRE2[5:0] : Threshold used to dertermine length range. Loaded from EEPROM. R/W Default=100100
23:18 LDTHRE3[5:0] : Threshold used to dertermine length range. Loaded from EEPROM. R/W Default=110101
25:24 PMDUG120[1:0]M : default=00, R/W .
27:26 PMDUG100[1:0]M : default=01, R/W .
29:28 PMDUG60[1:0]M : default=10, R/W .
31:30 PMDUG40[1:0]M : default=11, R/W .
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
1 1 1 0 0 1 0 0 1 1 0 1 0 1 1 0 0 1 0 0 0 1 0 0 1 0 1 0 0 1 0 0
PMDUG40[1:0]M
PMDUG60[1:0]M
PMDUG100[1:0]M
PMDUG120[1:0]M
MLDTHRE3[5:0]
MLDTHRE2[5:0]
MLDTHRE1[5:0]
MLENGTH[5:0]
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5.2.26 PMDCTRL 3 Register (CSR34)
Field Description
5:0 MVCPTHRE1[5:0] : Threshold used to identify process coner. Loaded from EEPROM. R/W Default=011110
11:6 MVCPTHRE2[5:0] : Threshold used to identify process coner. Loaded from EEPROM. R/W Default=100111
17:12 MGCTHRE1[5:0] : Threshold used to identify EQ gain. Loaded from EEPROM. R/W Default=011110
23:18 MGCTHRE2[5:0] : Threshold used to identify EQ gain. Loaded from EEPROM. R/W Default=110010
25:24 PMDIR120[1:0]M : default=00, R/W .
27:26 PMDIR100[1:0]M : default=01, R/W .
29:28 PMDIR60[1:0]M : default=10, R/W .
31:30 PMDIR40[1:0]M : default=11, R/W .
5.2.27 PMDCTRL 4 Register (CSR35)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
1 1 1 0 0 1 0 0 1 1 0 0 1 0 0 0 1 1 0 0 1 0 0 1 1 1 0 1 1 1 1 0
PMDUG40[1:0]M
PMDUG60[1:0]M
PMDUG100[1:0]M
PMDUG120[1:0]M
MGCTHRE2[5:0]
MGCTHRE1[5:0]
MVCPTHRE2[5:0]
MVCPTHRE1[5:0]
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
0 1 0 1
UGDFT[1:0]M
TDFT[1:0]M
PMDB[2:0]P
PMDGS[2:0]
PMDBP2:0]
MGAINCAL[5:0]
MNORMAL[5:0]
MPLLVCP[5:0]
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Field Description
5:0 MVPLL VCP[5:0] : PLLVCP result. which can be used to identify process corner. RO . Latch the data from
SPPM[5:0] bus by PLLVCPREADM positive edge.
11:6 MNORMAL[5:0] : EQ gain at normal operation. RO . Latch the data from MEQGAIN[6:1] b us by
NORMALREADM positive edge.
17:12 MGAINCAL[5:0] : EQ gain calibration output. RO. Latch the data from MEQGAIN[6:1] bus by CALREADM
positive edge.
20:18 PMDB[2:0] : PMD calibration output f or reference . RO .
23:21 PDGS[2:0] : PMD calibration output f or refernce. RO.
26:24 PMDB[2:0]P : R O .
28:27 TDFT[1:0]M : default=01, R/W.
30:29 UGDFT[1:0]M : default=01, R/W .
5.2.28 PMDCTRL 5 Register (CSR36)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
0 1 1 0 0 0 1 0 0 0 1 0 0 0 0 0 0 0 1 1 1 0 0 0 1 1 1 0 0 1 1
BLBYPS
CHECK_DISBM
PMDGS40[2:0]M
PMDGS60[2:0]M
PMDGS100[2:0]M
PMDGS120[2:0]M
SDIS1M
SDIS2M
SCH1M
SCH2M
FLAGM
TRFM[3:1]
VPPGM[6:1]
R1_10
R1_100
SDBPSB
AUTOCALB
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Field Description
0 A UTOCALB : If AUTOCALB=0, PMDGS[2:0] and PMDB[2:0] are determined automatically.
If A UT OCALB=1, PMDGS[2:0] and PMDB[2:0] are determined by driver . R/W. Def ault=1
1 SDBPSB : If SDBPSB=0, bypass signal detection. R/W. Default=1.
2 R1_100 : 100BT loop filter option. R/W . Default=0
3 R1_10 : 10BT loop filter option. R/W . Def ault=0
9: 4 VPPGM[6:1] : AOI programming bits . R/W . Def ault=000111.
12:10 TRFM[3:1] : A OI programming bits. R/W. Def ault=111.
13 FLA GM : PHY output f or ref erence , RO .
1 4 SCH2M : PMD programing bit. R/W . Default=0
1 5 SCH1M : PMD programing bit. R/W . Default=0
1 6 SDIS2M : PMD programing bit. R/W. Default=0
1 7 SDIS1M : PMD programing bit. R/W. Default=0
20:18 PMDGS120[2:0]M : default=000, R/W .
23:21 PMDGS100[2:0]M : default=001, R/W .
26:24 PMDGS60[2:0]M : default=010, R/W .
29:27 PMDGS40[2:0]M : default=100, R/W .
3 0 CHECK_DISBM : default=1, R/W .
3 1 BLBYPS:default=0, R/W
5.2.29 PLLCTRL 5 Register (CSR37)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
1 0 1 1 1 1 0 1 0 0 0 0 1 1 1 1 1 0 0 0 0 0 0 1
CTU10[5:0]
CTD10[5:0]
CTU100[5:0]
CTD100[5:0]
Field Description
5:0 CTD100[5:0] : 100BT RXDLL down counter threshold. R/W . Default=000001.
11:6 CTD100[5:0] : 100BT RXDLL up counter threshold. R/W . Default=111110.
17:12 CTD10[5:0] : 10BT RXDLL down counter threshold. R/W . Default=010000.
23:18 CTD10[5:0] : 10BT RXDLL up counter threshold. R/W . Default=101111.
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5.2.30 VLan Tag Register (CSR38)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
QTag
User Priority
CFI
VID
Field Name Description
31:16 QTag 802.1Q QTag header which is used in insertion of VLan Tag in TX pack et, default
value is 8100h.
15:13 Priority Q0S Priority bit, 000 to 111
1 2 CFI Counonical format Indicator, default=0
11:0 VID VLan ID, default v alue is 0h.
5.2.31 Power Management Register (CSR39)
31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
AUTOPM
ENRXCLK
ENTXCLK
LDD100
LDD10
PD100
PD10
RST100B
RST10B
FORCEPM
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Field Name Description
0 FORCEPM Default is 0 after host hardware reset, which means NWAY autonegotiation is
enabled. Set this bit to 1 will enable manual controls ( bit 8 :1 ) over chip power
saving features.
1 RST10B Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 and write 0 followed by write 1 to RST10B will
reset 10 base-T analog module.
2 RST100B Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 and write 0 followed by write 1 to RST100B will
reset 100 base-TX analog module.
3 PD10 Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 and write 1 to PD10 will pow er down 10 base-T
analog module's core except the 10 base-T line drivers.
4 PD100 Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 and write 1 to PD100 will power down 100 base-TX
analog module's core except the 100 base-TX line drivers.
5 LDD10 Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 and write 1 to LDD10 will power down 10 base-TX
analog module's line drivers.
6 LDD100 Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 then write 1 in LD100 will power down 100 base-TX
analog module's line drivers.
7 ENTXCLK Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 then write 0 in ENTXCLK will stop TXC 25/2.5
MHz clock in the MAC core.
8 ENRXCLK Default is 0 after host hardware reset, this bit is meaningful only if bit 0 ( FORCEPM)
is set to 1. When FORCEPM=1 then write 0 in ENRXCLK will stop RXC 25/2.5
MHz clock in the MAC core.
9 AUTOPM Default is 0 after host hardware reset, which means NWAY autonegotiation is
enabled. Set this bit high will enable automatic power saving mode which depends
on the status of PCI configuration's D0 - D3cold bits and will result in different
level of power saving.
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5.3 A CPI Power Management Support
The Advanced Configuration and Power Interface (ACPI)
Specification defines a flexible and abstract hardware
interface for a wide variety of PC systems to implement
pow er and thernal management functions . This chip is
fully compliant with the OnNow Network Device Class
P ow er Management spec. rev.1.0, the PCI pow er man-
agement interface spec. rev.1.0 and the ACPI spec.
rev.1.0.
Four power states defined for a PCI function are:
* D0-Fully On.
The device is completely active and respon-
sive.
* D1-Light Sleep.
Save a little power than D0 state. The PCI
clock is running.
* D2-Deeper Sleep:
Save more power than D1 state. The PCI clock
can be stopped.
* D3hot-Deepest Sleep:
Save more power than D2 state. The PCI clock
is stopped.
* D3cold-Power Down:
In this state, the main system power is re-
moved from the chip but will preserve their PME
context when transition from the D3cold to the
D0 state. Such function requires an auxiliary
power source other than main system power
plane.
This chip also supports the OnNow Network Device Class
Specification based on the ACPI specification defines
the power management requirements of a network de-
vice. It defines the following wake-up events:
* Reception of a Magic P ac k et.
* Reception of a Network wake-up frame.
* Detection of change in the network link state.
To put MX98715BEC into the sleep mode and enable
the wake-up events detection are done as following:
1. Write 1 to PPMCSR[8] to enable power management
feature.
2. Write the value to PPMCSR[1:0] to determine which
power state to enter.
If D1, D2 or D3hot state is set, the PC is still turned on
and is commonly called entering the Remote Wak e-up
mode. Otherwise if the main power on a PC is totally
shut off, we call that it is in the D3cold state or Remote
Power-On mode. To sustain the operation of the LAN
card, a 3.3V standby power is required. Once the PC is
turned on, MX98715BEC loads the Magic ID from
EEPROM and set it up automatically. No registers is
needed to be programmed. After then, simply turn of
PC to enter D3cold state. In either Remote Wake-up mode
or Remote P ower-On mode. The transceiver and the RX
block are still alive to monitor the network activity. If
one of the three wake-up events occurred, the following
status is changed:
1. PPMCSR[15] (PME status) is set to 1.
2. CRS5[28] (WKUPI) is set to 1.
3. PCI interrupt pin INTA# is asserted low.
4. PMEB pin is asserted low.
5. In MX98715BEC , LANW AKE are also asserted.
5.3.1 Magic Packet
The Magic Packet(TM) technology, proposed by AMD, is
used to remotely wake up a sleeping or powered off PC
on a network. This is accomplished by sending a spe-
cific pack et, called Magic Pac ket, to a node on the net-
work. When a NIC capab le of recognizing the specific
frame goes to sleep (entering D1, D2 or D3 state), it
scans all incoming frames addressed to the node for a
specific data sequence, which indicates to the control-
ler that this is a Magic Packet frame. The specific se-
quence consists of 16 duplications of the IEEE address
of this node, with no breaks or interruptions. This se-
quence can be located anywhere within the packet, but
must be preceded by a synchronization stream. The
synchronization stream is defined as 6 bytes of FFh.
For example, if the IEEE address for a particular node
on the network was 11h 22h 33h 44h 55h 66h, then the
Magic P ac ket for this node would be:
D A SA MISC. FF FF FF FF FF FF 11 22 33 44 55 66 11
22 33 44 55 66 11 22 33 44 55 66 11 22 33 44 55 66 11
22 33 44 55 66 11 22 33 44 55 66 11 22 33 44 55 66 11
22 33 44 55 66 11 22 33 44 55 66 11 22 33 44 55 66 11
22 33 44 55 66 11 22 33 44 55 66 11 22 33 44 55 66 11
22 33 44 55 66 11 22 33 44 55 66 11 22 33 44 55 66
MISC. CRC.
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
This chip can automatically loads the IEEE address into
the internal registers from EEPROM while booting up.
the magic packet detection scheme is not active while
chip is in normal running state (D0). After entering into
the sleep mode(D1, D2, D3) by host, the chip begins to
scan the incoming packet but does not load the packet
into RX FIFO . If a magic pack et is detected, the PMEB
is asserted to notify the host.
Magic packet event occurs when the following condi-
tions are approved:
* The destination address of the received packet
matches.
* The PMEN bit (PPMCSR[8]) is set to 1.
* Not in D0 state.
* The magic packet patter n matches, i.e., 6*FFh +
16* Destination ID .
<Note>: The CRC value is not checked during magic
packet detection.
5.3.2 Wake-up Frames
A network wake-up frame is typically a frame that is
sent by existing network protocols, such as ARP re-
quests or IP frames addressed to the machine. Before
putting the network adapter into the wake-up state, the
system passes to the adapter's driver a list of sample
frames and corresponding byte masks. Each sample
frame is an example of a frame that should wake up the
system. Each byte mask defines which bytes of the
incoming frames should be compared with correspond-
ing sample frame in order to determine whether or not to
accept the incoming frame as a wake-up event.
The on-chip Wake-up logic provides four programmable
filters that allow support of many different receive packet
patterns. Specifically, these filters allow suppor t of IP
and IPX protocols which currently are the only protocols
targeted to be power manageable. Each filter relates to
32 contiguous bytes in the incoming frame.
When a frame is received from the network, the chip
examines its content to determine whether the pattern
matches to a wake-up frame. To know which byte of the
frame should be checked, a programmable byte-mask
and a programmable pattern offset are used for each
one of the f our supported filters. The pattern offset de-
fines the location of the first byte in the frame that should
be checked. Beginning with the pattern offset, if bit j in
the byte mask is set, byte offset+j in the frame is checked.
The chip implements imperfect pattern matching by cal-
culating a CRC-16 on all bytes of the received frame
that where specified by the pattern's offset and the byte
mask and comparing to a programmable pre-calculated
CRC-16 remainder value. The CRC calculation uses the
following polynomial:
G(X)=X16 + X15 + X2 +1
The calculated CRC-16 value is compared with four pos-
sible CRC-16 values stored in CSR30 and CSR31. if the
result matches any one and the enable bit of the corre-
sponding filter also set, then we call a Wakeup frame
received.
Table1 shows the wake-up frame register block. This
block is accessed through CSR registers mapping.
Filter 0 Byte Mask CSR25
Filter 1 Byte Mask CSR26
Filter 2 Byte Mask CSR27
Filter 3 Byte Mask CSR28
Filter 3 Filter 2 Filter 1 Filter 0 CSR29
Filter 1 CRC-16 Filter 0 CRC-16 CSR30
Filter 3 CRC-16 Filter 2 CRC-16 CSR31
The four filters can operate independently to match four
32-byte wake up frames. They also can be programmed
to catenate each other to support longer wake up frames,
ranging from 32 bytes up to 128 bytes. The following
table shows the possible combination.
CSR21.4 CSR9.26 CSR9.25 Wake up event
WKFCATEN WKFCAT1 WKFCAT0
0 X X CH0+CH1+CH2+CH3
1 0 0 (CH0*CH1)+(CH2*CH3)
1 0 1 (CH0*CH1)+CH2+CH3
1 1 0 (CH0*CH1*CH2)+CH3
1 1 1 CH0*CH1*CH2*CH3
If WAKCATEN (CSR21.4) is not set, the four filters are
independent and simultaneous to match the incoming
frame. When WKFCATEN is set, the catenation options
are determined by WKFCAT<1:0> (CSR<26:25>). For
example, if WKFCAT<1:0>=00, wake up event is oc-
curred only if either both of channel 0 and channel 1
match or both of channel 2 and channel 3 match. If the
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
* Not in D0 state.
* The destination address of the received wakeup
frame matches.
* No CRC-32 error is detected in the wakeup frame.
* The PMEN bit (PPMCSR[8]) is set to 1.
* The enable bit in the wakeup frame register block
must be set.
* The CRC value calculated from the bytes in the
pre-designated locations equals to the respectively
stored CRC-16 value.
* If catenation must be met. enable bit WKFCATEN
is set, the condition in table 2.
5.3.3 Link Change
Link change wakeup event occurs when the following
conditions are met:
* Not in D0 state.
* The PMEN bit (PMCSR[8]) is set to 1.
* The cable is reconnected.
The Remote Power-on (RPO) feature is a mechanism
can be used to remotely power up a sleeping station.
When the PC turned on, MX98715BEC loads the net-
work ID from serial ROM automatically. Once the PC is
turned off, MX98715BEC enters the RPO mode.
MX98715BEC monitors the network for receipt of a
wakeup packet. If a magic packet or wake up frame is
received, it asserts LANWAKE, signal to wake up the
system. After main power is on, LANWAKE is deserted
by PCI RSTB signal. After the desertion, MX98715BEC
can enter RPO mode again if the main power is switched
off.
driver sets filter 0 and filter 1 be contiguous and also
sets filter 2 and filter 3 be contiguous by adjusting the
offsets, then two 64-byte wake up frames are supported.
Another example is that if WKFCAT<1:0>=11 and the
driver sets filter 0,1,2,3 as contiguous, a 128-byte wake
up frame is supported.
Wakeup Frames e vent occurs when following conditions
are met:
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
6. AC/DC CHARACTERISTICS
6.1 BOOT ROM READ TIMING
TRC
BPA 15-0
TOES
TCE
BCEB
BOEB
(CE&OE is typical shorted)
TOH
BPD 7:0
TACC
TOOLZ
TCOLZ
TOH
6.2 AC CHARACTERISTICS
SYMBOL DESCRIPTION MINIMUM TYPICAL MAXIMUM UNITS
TR C Read Cycle 8 - - PCI Cycle
T CE Chip Enable Access Time - - 7 PCI Cycle
TACC Address Access Time - - 7 PCI Cycle
TO ES Output Enable Access Time - - 7 PCI Cycl
TO H Output Hold from Address, CEB, or OEB 0 - - ns
PCI cycle range:66ns (16MHz)~30ns (33MHz)
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MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
6.3 ABSOLUTE OPERA TION CONDITION
Supply Voltage (VCC) -0.5V to +7.0V
DC Input Voltage (Vin) 3.15 V to 3.45 V
DC Output Voltage (Vout) -0.5V to VCC + 0.5V
Storage T emperature Range (Tstg) -55°C to +150°C
Operating T emperature Range 0°C to 70°C
Operating Surface T emperature(25°C ) 48 °C(TYP)
Power Dissipation (PD) 750 mW (Typ.)
Lead Temp . (TL) (Soldering, 10 sec) 260°C
ESD Rating (Rzap = 1.5k, Czap = 100pF) 3kV
Clamp Diode Current 20mA
6.4 DC CHARACTERISTICS
Symbol Parameter Conditions Min Max Units
TTL/PCI Input/Output
Voh Minimum High Level Output V oltage Ioh = -3mA 2.4 V
V ol Maximum Low Lev el Output V oltage Iol = +6mA 0. 4 V
Vih Minimum High Lev el Input Voltage ( 3.3V/5V tolerant ) 2. 0 V
Vil Maximum Low Le vel Input V oltage ( 3.3V/5V toler ant ) 0. 8 V
Iin Input Current Vi = VCC or GND - 1.0 + 1.0 u A
Ioz Minimum TRI-STATE Output Leakage Current V out = VCC or GND - 10 +10 uA
LED output Driver
Vlol LED turn on Output V oltage Iol = 16mA 0.4 V
Supply
Idd Average Supply Current CKREF =25MHz
PCICLK = 33MHz
D0 (100Mbps) 150 185 mA
D1 (100Mbps) 150 185
D2 (100Mbps) 150 180
D3 (100Mbps) 150 180
D0 (10Mbps) 1 70 200
D1 (10Mbps) 1 70 195
D2 (10Mbps) 1 70 195
D3 (10Mbps) 1 70 195
Vdd Average Supply V oltage 3.3V 5% tolerant
48
MX98715BEC
P/N:PM0695 REV. 0.2, AUG. 07, 2000
7.0 PACKAGE INFORMATION
128-Pin Plastic Quad Flat Pack
A
eL
A1
L1
E3 aE
38
1
64
65
102
103
128 39
IH
D3
D
ZD
b
c
d
ZE
ITEM MILLIMETERS INCHES
a 14.00±.05 5.512±.002
b .20 [Typ.] .08 [Typ.]
c 20.00±.05 7.87±.002
d 1.346 .530
e .50 [Typ.] .20 [Typ.]
L1 1.60±.1 .63±.04
L .80±.1 .31±.04
ZE .75 [Typ.] .30 [Typ.]
E3 12.50 [Typ.] 4.92 [Typ.]
E 17.20±.2 6.77±.08
ZD .75 [Typ.] .30 [Typ.]
D3 18.50 [Typ.] 7.28 [Typ.]
D 23.20±.2 9.13±.08
A1 .25±.1 min. .01±.04 min.
A 3.40±.1 max. 1.34±.04 max.
Note Short Lead Short Lead
NOTE: Each lead centerline is located within .25 mm[.01
inch] of its true position [TP] at maximum material condition.
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MACRONIX INTERNATIONAL CO., LTD. reserves the right to change product and specifications without notice.
MX98715BEC
MX98715BEC
C9930
TA777001
TAIWAN
TOP SIDE MARKING
line 1 : MX98715B is MXIC parts No.
"E" : PQFP
"C" : commercial grade
line 2 : Assembly Date Code.
line 3 : W af er Lot No .
line 4 : State