Eigenschaften

• Low RMA rate and high reliability with Sunix’s single chipset designed ASIC
  
• Compliant with one-lane 2.5 Gbps PCI-Express specification
  
• Industrial grade design for stability and reliability
  
• Built-in termination resistors to avoid cross-talking
  
• 128K FIFO buffer can reduce CPU loading, less interruption and improving system performance dramatically
  
• S-422/485 Auto Identify and Switch technology enable device plug-n-play without jumper or switch setting
  
• ARSC (Auto RTS Signal Control) technology allows accurate switching of the transmitter on and off for precise timing of the data transmission
  
• Optical isolation (2.5KV) provides protection against damage from static electrical charge
  
• Surge protection (600W) provides protection against surge damage from high energy spike
  
• RS-422/485 Handshaking Communication provides hardware flow control for best prevention of data error or data lost
  
• Plug-n-Play, I/O address and IRQ assigned by BIOS
  
• RS-422/485 industrial host controller series are certified by WHQL, CE, FCC approval
  
• Support Microsoft Windows, Linux, and DOS

Beschreibung

Sunix developed RS-422/485 Serial Board with PCI-Express interface for your industrial communication and automation applications. PCI Express architecture is a cost-effective, low-pin count interface offering maximum bandwidth per pin, reducing cost and design complexity and enabling smaller form factors.

The 8469 card works on one-lane 2.5 Gbps PCI-Express compliant specification. The card supports multi independent RS-422 or RS-485 ports, with each port transfer data up to 921.6 Kbps and able to control device in a multi-drop mode. Furthermore, Isolation and Surge protection (optional) can protect your equipment and controller from being damaged by static electrical charge and high energy spike. Sunix ARSC (Auto RTS Signal Control) technology provides the best way to make half-duplex RS-485 auto data transmission and receiving without software or writing extra code. In addition, Sunix RS-422/485 Auto Identify & Switch technology allows users the convenience of changing between RS-422 and RS-485 devices without jumper or switch setting. Sunix PCI-Express Multiport Serial Board is the ideal solution for various industrial communication and automation applications.

Weitere Informationen

Function

Type	Serial PCI-Express card
Mode of Operation	Differential
Bus Transceiver	RS-422 Full-Duplex  RS-485 Half-Duplex
Driver per Line	RS-422: 1 Driver  RS-485: 32 Drivers
Receiver per Line	RS-422: 10 Receivers  RS-485: 32 Receivers

Hardware

Host Controller	SUN1889 UART (16C650 compatible)
Bus Interface	One-lane PCI-Express
PCB Connector	DB78F connector
Number of Port	8 x RS-422/485
Dimensions  (WxD)	180 x 108 mm
Bracket	Standard 121 mm

Communication

IRQ & I/O Address	BIOS assigned
FIFO	32 byte on-board FIFO  128K byte assigned FIFO
RS-485 RTS Control	Auto RTS Signal Control (ARSC)
RS-422/485 Select	RS-422/485 Auto Identify & Switch (AIS)
Baud Rate	Up to 921.6 Kbps
Data Bits	4, 5, 6, 7, 8
Stop Bits	1, 1.5, 2
Parity	None, Odd, Even, Space, Mark
Flow Control	None, Xon/Xoff, RTS/CTS
Data Signal	RS-422: Tx+, Rx+, Tx-. Rx-, RTS+, CTS+, RTS-, CTS-  RS-485: Data+, Data-, RTS+, CTS+, RTS-, CTS-

Protection

Isolation Protection	2.5KV Peak Pulse Power
Surge Protection	600W ESD

OS Support

64-bit System	Intel Itanium and AMD Athlon 64 64-bit CPU System
Microsoft	Win 9x/ME/NT, Win 2K/XP/2003, Win CE
Linux	2.0.x / 2.2.x / 2.4.x / 2.6.x
DOS	DOS

Operating Environment

Operating  Temperature	0 ~ 57 °C
Humidity	5 ~ 95% RH
Storage  Temperature	-20 ~ 85 °C

Regulatory Approvals

Hardware

CE, FCC (Class B)

Package Content

Product	Sunix 8469 PCI-Express Card
Cable	DB78M to 8*DB9M or DB25M
CD	Sunix software & driver CD
Manual	Sunix user manual

Available Model

8469	8 ports RS-422/485 PCI-Express Card
8469S	8 ports RS-422/485 PCI-Express Card with Surge Protection
8469I	8 ports RS-422/485 PCI-Express Card with Isolation Protection
8469SI	8 ports RS-422/485 PCI-Express Card with Surge and Isolation Protection