PEX 8624-BB50BC F PLX Technology, PEX 8624-BB50BC F Datasheet

Peripheral Drivers & Components (PCIs) 24 Lane, 6 Port PCI Express Gen 2 Switch

PEX 8624-BB50BC F

Manufacturer Part Number
PEX 8624-BB50BC F
Description
Peripheral Drivers & Components (PCIs) 24 Lane, 6 Port PCI Express Gen 2 Switch
Manufacturer
PLX Technology
Datasheet

Specifications of PEX 8624-BB50BC F

Maximum Power Dissipation
1.9 W
Mounting Style
SMD/SMT
Propagation Delay Time
160 ns
Package / Case
HFCBGA-324
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Features
Features
o 24-lane, 6-port PCIe Gen2 switch
o 24-lane, 6-port PCIe Gen2 switch
o 19 x 19mm
o 19 x 19mm
o Typical Power: 1.9 Watts
o Typical Power: 1.9 Watts
o Standards Compliant
o Standards Compliant
o High Performance
o High Performance
o Flexible Configuration
o Flexible Configuration
o Dual-Host & Fail-Over Support
o Dual-Host & Fail-Over Support
o Quality of Service (QoS)
o Quality of Service (QoS)
o Reliability, Availability, Serviceability
o Reliability, Availability, Serviceability
PEX 8624 Vitals
PEX 8624 Vitals
PEX 8624 Key Features
PEX 8624 Key Features
- Integrated 5.0 GT/s SerDes
- Integrated 5.0 GT/s SerDes
- PCI Express Base Specification, r2.0
- PCI Express Base Specification, r2.0
- PCI Power Management Spec, r1.2
- PCI Power Management Spec, r1.2
- Microsoft Vista Compliant
- Microsoft Vista Compliant
- Supports Access Control Services
- Supports Access Control Services
- Dynamic link-width control
- Dynamic link-width control
- Dynamic SerDes speed control
- Dynamic SerDes speed control
- Non-blocking switch fabric
- Non-blocking switch fabric
- Full line rate on all ports
- Full line rate on all ports
- Packet Cut-Thru with 160ns max packet
- Packet Cut-Thru with 160ns max packet
- 2KB Max Payload Size
- 2KB Max Payload Size
- Read Pacing (bandwidth throttling)
- Read Pacing (bandwidth throttling)
- Dual-Cast
- Dual-Cast
- Ports configurable as x1, x2, x4, x8
- Ports configurable as x1, x2, x4, x8
- Registers configurable with strapping
- Registers configurable with strapping
- Lane and polarity reversal
- Lane and polarity reversal
- Compatible with PCIe 1.0a PM
- Compatible with PCIe 1.0a PM
- Configurable Non-Transparent port
- Configurable Non-Transparent port
- Moveable upstream port
- Moveable upstream port
- Crosslink port capability
- Crosslink port capability
- Eight traffic classes per port
- Eight traffic classes per port
- Weighted round-robin source
- Weighted round-robin source
- 3 Hot Plug Ports with native HP Signals
- 3 Hot Plug Ports with native HP Signals
- All ports hot plug capable thru I
- All ports hot plug capable thru I
- ECRC and Poison bit support
- ECRC and Poison bit support
- Data Path parity
- Data Path parity
- Memory (RAM) Error Correction
- Memory (RAM) Error Correction
- INTA# and FATAL_ERR# signals
- INTA# and FATAL_ERR# signals
- Advanced Error Reporting
- Advanced Error Reporting
- Port Status bits and GPIO available
- Port Status bits and GPIO available
- Per port error diagnostics
- Per port error diagnostics
- Performance Monitoring
- Performance Monitoring
(backwards compatible w/ PCIe r1.0a/1.1)
(backwards compatible w/ PCIe r1.0a/1.1)
latency (x8 to x8)
latency (x8 to x8)
pins, EEPROM, I
pins, EEPROM, I
port arbitration
port arbitration
(Hot Plug Controller on every port)
(Hot Plug Controller on every port)
• Per port payload & header counters
• Per port payload & header counters
Version 1.0 2009
2
2
, 324-pin FCBGA package
, 324-pin FCBGA package
2
2
C, or host software
C, or host software
2
2
C
C
The ExpressLane
capability enabling users to add scalable high bandwidth, non-blocking
interconnection to a wide variety of applications including
workstations, storage systems, and communications platforms. The
PEX 8624 is well suited for fan-out, aggregation, and peer-to-peer
applications.
High Performance & Low Packet Latency
The PEX 8624 architecture supports packet cut-thru with a maximum
latency of 160ns (x8 to x8). This, combined with large packet memory and
non-blocking internal switch architecture, provides full line rate on all ports
for performance-hungry applications such as servers and switch fabrics.
The low latency enables applications to achieve high throughput and
performance. In addition to low latency, the device supports a max payload
size of 2048 bytes, enabling the user to achieve even higher throughput.
Data Integrity
The PEX 8624 provides end-to-end CRC (ECRC) protection and Poison bit
support to enable designs that require end-to-end data integrity. PLX also
supports data path parity and memory (RAM) error correction as packets
pass through the switch.
Flexible Register & Port Configuration
The PEX 8624’s 6 ports can be configured to lane widths of x1, x2, x4, or
x8. Flexible buffer allocation, along with the device's flexible packet flow
control, maximizes throughput for applications where more traffic flows in
the downstream, rather than upstream, direction. Any port can be designated
as the upstream port, which
can be changed dynamically.
The PEX 8624 also provides
several ways to configure its
registers. The device can be
configured through strapping
pins, I
software, or an optional
serial EEPROM. This allows
for easy debug during the
development phase,
performance monitoring
during the operation phase,
and driver or software
upgrade. Figure 1 shows
some of the PEX 8624’s
common port configurations.
PCIe Gen2, 5.0GT/s 24-l ne, 6-port Switch
2
C interface, host
PEX 8624
TM
PEX 8624 device offers PCI Express switching
Figure 1. Common Port Configurations
x8
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
a
5 x4
x4 x4
x4
x8
6-port Switch
x4
x8
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
PEX 8624
x4 x4 x4
x8
x8
x8

Related parts for PEX 8624-BB50BC F

PEX 8624-BB50BC F Summary of contents

Page 1

... Flexible Register & Port Configuration The PEX 8624’s 6 ports can be configured to lane widths of x1, x2, x4, or x8. Flexible buffer allocation, along with the device's flexible packet flow control, maximizes throughput for applications where more traffic flows in the downstream, rather than upstream, direction ...

Page 2

... Gen 2 native Chip Set to fan-out to Gen 1 endpoints. In Figure 3, the PCIe slots connected to the PEX 8624’s downstream ports can be populated with either PCIe Gen1 or PCIe Gen 2 devices. Conversely, the PEX 8624 can also be used to create Gen 2 ports on a Gen 1 native Chip Set in the same fashion. C interface. ...

Page 3

... Advanced Mezzanine Cards (AMC) for I/O expansion. In the example shown below in Figure 4, the PEX 8624 is used on a Quad-Port Network Interface Card (NIC AMC form factor. The PEX 8624 uses a x8 upstream link to the host and four x4 downstream links to to fan- out to the four MAC/PHY controllers. ...

Page 4

... ExpressLane PEX 8624RDK The PEX 8624RDK is a hardware module containing the PEX 8624 which plugs right into your system. The PEX 8624RDK can be used to test and validate customer software, or used as an evaluation vehicle for PEX 8624 features and benefits. The PEX 8624RDK provides everything that a user needs to get their hardware and software development started ...

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