KSZ8695PX Micrel Inc, KSZ8695PX Datasheet - Page 24

• Manufacturer Part Number: KSZ8695PX
• Description: IC SWITCH 10/100 1PORT 289PBGA
• Manufacturer: Micrel Inc

Specifications of KSZ8695PX

• Applications: *
• Mounting Type: Surface Mount
• Package / Case: 289-PBGA
• Operating Supply Voltage (typ): 1.8V
• Operating Temp Range: 0C to 70C
• Operating Temperature Classification: Commercial
• Mounting: Surface Mount
• Pin Count: 289
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• For Use With: KSZ8695PX-EVAL - EVAL KIT EXPERIMENT ONLY KSZ8695
• Lead Free Status / RoHS Status: Compliant, Lead free / RoHS Compliant
• Other names: 576-1024

September 2005
LAN Ethernet Physical Interface Pins
PHY LED Drivers
Note:
1. I = Input.
KS8695PX
O = Output.
O/I = Output in normal mode; input pin during reset.
C17
C17
C17
C17
C17
D17
D17
D17
D17
D17
C16
C16
C16
C16
C16
D16
D16
D16
D16
D16
E15
E15
E15
E15
E15
E14
E14
E14
E14
E14
B17
B17
B17
B17
B17
E17
E17
E17
E17
E17
B16
B16
B16
B16
B16
E16
E16
E16
E16
E16
Pin
Pin
Pin
Pin
H1
H1
H1
H1
H1
H2
H2
H2
H2
H2
H3
H3
H3
H3
H3
H4
H4
H4
H4
H4
K1
K1
K1
K2
K2
K2
K3
K3
K3
K4
K4
K4
F1
F1
F1
F1
F1
F3
F3
F3
F3
F3
J1
J1
J1
L1
L1
L1
J2
J2
J2
L2
L2
L2
J3
J3
J3
L3
L3
L3
J4
J4
J4
L4
L4
L4
LANFXSD1
LANFXSD1
LANFXSD1
LANFXSD1
LANFXSD1
LANRXM1
LANRXM1
LANRXM1
LANRXM1
LANRXM1
LANRXM2
LANRXM2
LANRXM2
LANRXM3
LANRXM3
LANRXM3
LANRXM4
LANRXM4
LANRXM4
LANTXM1
LANTXM1
LANTXM1
LANTXM1
LANTXM1
LANTXM2
LANTXM2
LANTXM2
LANTXM3
LANTXM3
LANTXM3
LANTXM4
LANTXM4
LANTXM4
LANTXP1
LANTXP1
LANTXP1
LANTXP1
LANTXP1
LANTXP2
LANTXP2
LANTXP2
LANTXP3
LANTXP3
LANTXP3
LANTXP4
LANTXP4
LANTXP4
LANRXP1
LANRXP1
LANRXP1
LANRXP1
LANRXP1
LANRXP2
LANRXP2
LANRXP2
LANRXP3
LANRXP3
LANRXP3
LANRXP4
LANRXP4
LANRXP4
B0SIZE0
B0SIZE0
B0SIZE0
B0SIZE0
B0SIZE0
B0SIZE1
B0SIZE1
B0SIZE1
B0SIZE1
B0SIZE1
WLED0/
WLED0/
WLED0/
WLED0/
WLED0/
WLED1/
WLED1/
WLED1/
WLED1/
WLED1/
L1LED0
L1LED0
L1LED0
L1LED0
L1LED0
L2LED0
L2LED0
L2LED0
L2LED0
L2LED0
L3LED0
L3LED0
L3LED0
L3LED0
L3LED0
L4LED0
L4LED0
L4LED0
L4LED0
L4LED0
L1LED1
L1LED1
L1LED1
L1LED1
L1LED1
L2LED1
L2LED1
L2LED1
L2LED1
L2LED1
L3LED1
L3LED1
L3LED1
L3LED1
L3LED1
L4LED1
L4LED1
L4LED1
L4LED1
L4LED1
Name
Name
Name
Name
ISET
ISET
ISET
ISET
ISET
I/O Type
I/O Type
I/O Type
I/O Type
O/I
O/I
O/I
O/I
O/I
O/I
O/I
O/I
O/I
O/I
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
(1)
(1)
Description
Description
LAN Port[4:1] PHY transmit signal + (differential).
LAN Port[4:1] PHY transmit signal + (differential).
LAN Port[4:1] PHY transmit signal + (differential).
LAN Port[4:1] PHY transmit signal + (differential).
LAN Port[4:1] PHY transmit signal + (differential).
LAN Port[4:1] PHY transmit signal – (differential).
LAN Port[4:1] PHY transmit signal – (differential).
LAN Port[4:1] PHY transmit signal – (differential).
LAN Port[4:1] PHY transmit signal – (differential).
LAN Port[4:1] PHY transmit signal – (differential).
LAN Port[4:1] PHY receive signal + (differential).
LAN Port[4:1] PHY receive signal + (differential).
LAN Port[4:1] PHY receive signal + (differential).
LAN Port[4:1] PHY receive signal + (differential).
LAN Port[4:1] PHY receive signal + (differential).
LAN Port[4:1] PHY receive signal – (differential).
LAN Port[4:1] PHY receive signal – (differential).
LAN Port[4:1] PHY receive signal – (differential).
LAN Port[4:1] PHY receive signal – (differential).
LAN Port[4:1] PHY receive signal – (differential).
Set PHY transmit output current. Connect to ground through a 3.01kΩ 1% resistor.
Set PHY transmit output current. Connect to ground through a 3.01k
Set PHY transmit output current. Connect to ground through a 3.01k
Set PHY transmit output current. Connect to ground through a 3.01k
Set PHY transmit output current. Connect to ground through a 3.01k
LAN fi ber signal detect. Signal detect input when the LAN1 port is operated in
LAN fi ber signal detect. Signal detect input when the LAN1 port is operated in
LAN fi ber signal detect. Signal detect input when the LAN1 port is operated in
LAN fi ber signal detect. Signal detect input when the LAN1 port is operated in
LAN fi ber signal detect. Signal detect input when the LAN1 port is operated in
100BASE-FX 100Mb fi ber mode. See Application Note 107.
100BASE-FX 100Mb fi ber mode. See Application Note 107.
100BASE-FX 100Mb fi ber mode. See Application Note 107.
100BASE-FX 100Mb fi ber mode. See Application Note 107.
100BASE-FX 100Mb fi ber mode. See Application Note 107.
Description
Normal Mode: WAN LED indicator 0. Programmable via WAN misc. Control register
Normal Mode: WAN LED indicator 0. Programmable via WAN misc. Control register
Normal Mode: WAN LED indicator 0. Programmable via WAN misc. Control register
Normal Mode: WAN LED indicator 0. Programmable via WAN misc. Control register
Normal Mode: WAN LED indicator 0. Programmable via WAN misc. Control register
bits [2:0].
bits [2:0].
bits [2:0].
bits [2:0].
bits [2:0].
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
During reset: Bank 0 Data Access Size. Bank 0 is used for the boot program.
During reset: Bank 0 Data Access Size. Bank 0 is used for the boot program.
During reset: Bank 0 Data Access Size. Bank 0 is used for the boot program.
During reset: Bank 0 Data Access Size. Bank 0 is used for the boot program.
During reset: Bank 0 Data Access Size. Bank 0 is used for the boot program.
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
Normal Mode: WAN LED indicator 1. Programmable via WAN Misc. Control register
Normal Mode: WAN LED indicator 1. Programmable via WAN Misc. Control register
Normal Mode: WAN LED indicator 1. Programmable via WAN Misc. Control register
Normal Mode: WAN LED indicator 1. Programmable via WAN Misc. Control register
Normal Mode: WAN LED indicator 1. Programmable via WAN Misc. Control register
bits [6:4].
bits [6:4].
bits [6:4].
bits [6:4].
bits [6:4].
‘000’ = Speed; ‘001’= Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’= Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’= Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’= Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’= Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
During reset: Bank 0 data access size. Bank 0 is used for the boot program.
During reset: Bank 0 data access size. Bank 0 is used for the boot program.
During reset: Bank 0 data access size. Bank 0 is used for the boot program.
During reset: Bank 0 data access size. Bank 0 is used for the boot program.
During reset: Bank 0 data access size. Bank 0 is used for the boot program.
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
B0SIZE[1:0] are used to specify the size of the bank 0 data bus width as follows:
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
‘01’ = one byte, ‘10’ = half-word, ‘11’ = one word, and ‘00’ = reserved.
LAN Port[4:1] LED indicator 0. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 0. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 0. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 0. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 0. Programmable via switch control 0 register bits
[27:25].
[27:25].
[27:25].
[27:25].
[27:25].
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
'100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
'100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
'100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
'100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
'100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
LAN Port[4:1] LED indicator 1. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 1. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 1. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 1. Programmable via switch control 0 register bits
LAN Port[4:1] LED indicator 1. Programmable via switch control 0 register bits
[24:22].
[24:22].
[24:22].
[24:22].
[24:22].
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘000’ = Speed; ‘001’ = Link; ‘010’ = Full/half duplex; ‘011’ = Collision;
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
‘100’ = TX/RX activity; ‘101’ = Full-duplex collision; ‘110’ = Link/Activity.
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M9999-091605
Micrel