PI7C8150ND Pericom Semiconductor, PI7C8150ND Datasheet - Page 13

• Manufacturer Part Number: PI7C8150ND
• Manufacturer: Pericom Semiconductor

Specifications of PI7C8150ND

• Operating Temperature (min): 0C
• Operating Temperature Classification: Commercial
• Operating Temperature (max): 85C
• Package Type: BGA
• Rad Hardened: No
• Case: BGA
• Dc: 04+
• Lead Free Status / Rohs Status: Not Compliant

Name
P_IRDY_L
P_TRDY_L
P_DEVSEL_L
P_STOP_L
P_LOCK_L
P_IDSEL
P_PERR_L
P_SERR_L
P_REQ_L
P_GNT_L
P_RESET_L
P_M66EN
Pin #
82
83
84
85
87
65
88
89
47
46
43
102
3
Type
STS
STS
STS
STS
STS
STS
OD
TS
I
I
I
I
Description
Primary IRDY (Active LOW). Driven by the initiator
of a transaction to indicate its ability to complete current
data phase on the primary side. Once asserted in a data
phase, it is not de-asserted until the end of the data
phase. Before tri-stated, it is driven to a de-asserted state
for one cycle.
Primary TRDY (Active LOW). Driven by the target of
a transaction to indicate its ability to complete current
data phase on the primary side. Once asserted in a data
phase, it is not de-asserted until the end of the data
phase. Before tri-stated,
it is driven to a de-asserted state for one cycle.
Primary Device Select (Active LOW). Asserted by the
target indicating that the device is accepting the
transaction. As a master, PI7C8150 waits for the
assertion of this signal within 5 cycles of P_FRAME_L
assertion; otherwise, terminate with master abort. Before
tri-stated, it is driven to a
de-asserted state for one cycle.
Primary STOP (Active LOW). Asserted by the target
indicating that the target is requesting the initiator to stop
the current transaction. Before tri-stated, it is driven to a
de-asserted state for one cycle.
Primary LOCK (Active LOW). Asserted by the
master for multiple transactions to complete.
Primary ID Select. Used as a chip select line for Type
0 configuration access to PI7C8150 configuration space.
Primary Parity Error (Active LOW). Asserted when
a data parity error is detected for data received on the
primary interface. Before being tri-stated, it is driven to
a de-asserted state for one cycle.
Primary System Error (Active LOW). Can be driven
LOW by any device to indicate a system error condition.
PI7C8150 drives this pin on:
!
!
!
!
!
!
!
!
!
This signal requires an external pull-up resistor for
proper operation.
Primary Request (Active LOW): This is asserted by
PI7C8150 to indicate that it wants to start a transaction
on the primary bus. PI7C8150 de-asserts this pin for at
least 2 PCI clock cycles before asserting it again.
Primary Grant (Active LOW): When asserted,
PI7C8150 can access the primary bus. During idle and
P_GNT_L asserted, PI7C8150 will drive P_AD, P_CBE,
and P_PAR to valid logic levels.
Primary RESET (Active LOW): When P_RESET_L is
active, all PCI signals should be asynchronously tri-
stated.
Primary Interface 66MHz Operation.
This input is used to specify if PI7C8150 is capable of
running at 66MHz. For 66MHz operation on the Primary
bus, this signal should be pulled “HIGH”. For 33MHz
operation on the Primary bus, this signal should be
pulled “LOW”. In this condition, S_M66EN will need
to be “LOW”, forcing the secondary buse to run at
33MHz also.
Address parity error
Posted write data parity error on target bus
Secondary S_SERR_L asserted
Master abort during posted write transaction
Target abort during posted write transaction
Posted write transaction discarded
Delayed write request discarded
Delayed read request discarded
Delayed transaction master timeout
March 19, 2003 – Revision 1.04
2-PORT PCI-TO-PCI BRIDGE
ADVANCE INFORMATION
PI7C8150