TSI310A-133CE [IDT]

SBGA-304, Tray;
TSI310A-133CE
型号: TSI310A-133CE
厂家: INTEGRATED DEVICE TECHNOLOGY    INTEGRATED DEVICE TECHNOLOGY
描述:

SBGA-304, Tray

时钟 PC 外围集成电路
文件: 总2页 (文件大小:98K)
中文:  中文翻译
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Tsi310 133-MHz PCI-X Bridge  
Product Brief  
®
allow full frequency range as required by the bus architecture. The two  
bus clocks may be run synchronously or asynchronously, and a spread-  
spectrum clock input is supported for either or both interfaces.  
Device Overview  
The IDT Tsi310 is a 64-bit PCI-X bus bridge that operates at speeds up  
to 133 MHz, and supports transfer rates up to 1 GBps. The PCI-X  
protocol is backward compatible with the PCI 2.2 bus standard ensuring  
that legacy PCI-based systems are portable to the faster PCI-X environ-  
ment.  
Memory Buffer Architecture  
The Tsi310 memory buffer architecture has the following features (see  
Data/Control unit in the Block Diagram):  
The Tsi310 connects two electrically separate PCI-X bus domains,  
allowing concurrent operations on both buses. This results in optimal  
use of the buses in various system configurations, and enables hierar-  
chical expansion of I/O bus structures. The device also supports config-  
urations of PCI or PCI-X mode on either bus, and in any combination.  
Two 4-Kbyte burst read buffers that support up to eight  
concurrent, upstream and downstream transactions  
Two 1-Kbyte posted write buffers that support up to eight  
concurrent, upstream and downstream transactions  
Two 4-Byte single data phase buffers that support transaction  
forwarding in either direction  
In addition, the Tsi310 provides extensive buffering and prefetching  
mechanisms for efficient data transfer between two buses, facilitating  
multi-threaded operation and high system throughput.  
Transaction Forwarding  
The Tsi310 includes one data/control unit for downstream transactions  
and one for upstream transactions. Each of these identical units  
contains separate buffers for burst read, posted write, and single data  
phase operations. Also included in these blocks are write queues, queue  
compare logic, address decoding upstream for forwarding, control logic,  
and other control functions. The clocking and reset control unit manages  
these common device functions.  
Block Diagram  
Primary  
Clock PLL  
Secondary  
Clock PLL  
Data/Control Unit  
PCI-X  
Interface  
PCI-X  
Interface  
Burst Read Posted Write Single Data  
Buffer  
Buffer  
1 Kbyte  
Phase Buffer  
4 Bytes  
4 Kbytes  
The device has I/O and Memory Base Address registers and Prefetch-  
able Memory Base Address registers for downstream forwarding, as  
well as inverse decoding for upstream forwarding, VGA-compatible  
addressing, and palette snooping for upstream transactions. The Tsi310  
uses a flat addressing model and supports 64-bit addressing and dual  
address cycles.  
Read Queue  
8 entries  
PW Queue  
8 entries  
Bus  
Slave  
Bus  
Master  
Control  
Logic  
Queue  
Compare  
Logic  
Address  
Decode  
Data/Control Unit  
Burst Read Posted Write Single Data  
Buffer  
4 Kbytes  
Buffer  
1 Kbyte  
Phase Buffer  
4 Bytes  
The Tsi310 responds as a medium-speed device on both PCI-X Inter-  
faces, and supports fast, back-to-back transactions as a bus slave.  
Bus  
Master  
Bus  
Slave  
Read Queue  
8 entries  
PW Queue  
8 entries  
Control  
Logic  
Queue  
Compare  
Logic  
Address  
Decode  
PCI Bus Arbitration  
Secondary  
Bus Arbiter  
The Tsi310 uses an arbiter for the secondary bus, which can be disabled  
if an external arbiter is employed. When enabled, bus arbitration is  
provided for the Tsi310 and up to six external masters. Each bus master  
can be assigned high or low priority, or be masked off.  
JTAG  
Clocking & Reset  
80B6000_BK001_03  
PCI-X Interfaces  
Opaque Addressing (Optional)  
The Tsi310 has two identical PCI-X Interfaces that each handle PCI and  
PCI-X transactions for its respective bus, and, depending on the type of  
transaction, can act as either a bus master or a bus slave. These inter-  
faces transfer data and control information flowing to and from the  
blocks shown in the figure.  
The Tsi310 has an optional feature that can define an opaque (unde-  
coded) memory address region to facilitate applications with embedded  
processors.  
The Tsi310 uses the 3.3V signaling environment. It employs two phase-  
locked loops (PLLs), one for the primary clock domain and one for the  
secondary clock domain. The PLL for each domain is used when the  
bus is operating in PCI-X mode. In PCI mode, the PLL is bypassed to  
IDT and the IDT logo are registered trademarks of Integrated Device Technology, Inc.  
1 of 2  
September 4, 2009  
2008 Integrated Device Technology, Inc.  
Tsi310 Product Brief  
Features  
Industry-standard 64-bit, 133-MHz PCI-X bridge chip  
Full PCI 2.2 backward compatibility  
Allows concurrent primary and secondary bus operation  
Supports configuration of PCI or PCI-X mode on either bus in any  
combination  
PCI-X 133 MHz  
GbE/FC  
Controller  
Tsi310  
Extensive built-in buffering and prefetching mechanisms to  
enable efficient data transfer between buses  
Complies with the PCI-X Addendum (Rev. 2.0a) and the PCI  
Local Bus Specification (Rev. 2.2)  
GbE/FC  
Controller  
PCI-X 133 MHz  
PCI-X 133MHz  
80B6000_TA004_01  
304-pin, 31-mm HPBGA package  
3.3V I/Os  
Optional Features  
Support for secondary side PCI-X device privatization  
Ability to define an opaque (undecoded) memory address region  
to facilitate applications with embedded processors  
Definable base address register for use by embedded  
subsystems on the secondary bus  
Access to configuration register space from the secondary bus  
Benefits  
Eases the migration of system designs from PCI to the faster,  
more robust, PCI-X protocol  
Simplifies system design by offering a multitude of highly  
configurable features  
Increases system performance by supporting concurrent,  
upstream and downstream transactions  
Typical Applications  
Server RAID controllers  
External RAID systems  
Fibre Channel host bus adapters  
Network interface cards  
Embedded computing  
August 16, 2004August 16, 200  
NOT AN OFFER FOR SALE  
The information presented herein is subject to a Non-Disclosure Agreement and is for planning purposes only. Nothing contained in this presenta-  
tion, whether verbal or written, is intended as, or shall have the effect of, a sale or an offer for sale that creates a contractual power of acceptance.  
CORPORATE HEADQUARTERS  
6024 Silver Creek Valley Road  
San Jose, CA 95138  
for SALES:  
for Tech Support:  
email: ssdhelp@idt.com  
phone: 408-284-8208  
800-345-7015 or 408-284-8200  
fax: 408-284-2775  
www.idt.com  
®
document: 80B6020_FB001_06  
2 of 2  
September 4, 2009  

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