Conforms to standards both in office and industrial environments:
High noise resistance per EN 61000-6-2
Low noise emission per EN 55032:2015 + A1 Cl. B, EN 61000-3-2 & EN 61000-3-3
5 year guarantee
Connections and displays:
PCIe port:
PCIe 1.1 / "x1" connector
Serial port:
2x galvanically isolated slots for interface modules
12-pin header with 2mm spacing
Operating modes:
Different interface types possible
Maximum baud rate:
3 Mbaud
Data format:
any format
Signals:
RxD,TxD,RTS,CTS,DSR,DCD,DTR,RI
UART:
Oxford OXPCIe954 with 128 bytes FIFO
Galvanic isolation:
Isolation voltage min. 1kV DC
between PC and serial ports
Supply voltage:
3.3V DC, 12V DC
Current consumption:
typ. 200mA @ 3.3V
typ. 200mA @ 12V
Housing and other data:
Dimensions:
120 x 120 mm (W x H)
Enclosure rating:
IP00
Weight:
approx. 100g
Ambient temperature:
Storage: -40..+70°C
Operating: 0..+70°C
Permissible relative humidity:
5..95% RH, non-condensing
Scope of delivery:
PCIe Card base board
slot plate
Quick start manual
product CD with manual, German/English
PCI Express has almost completely replaced the long-in-the-tooth PCI bus system in current PC designs. There are still PC motherboards which offer slots for both systems, but due to cost and performance considerations current boards are equipped almost exclusively with PCI Express slots.
PCI Express is not a traditional PC bus system in which all plug-in cards are in parallel with the majority of bus lines. PCI Express is rather a star type wiring technique using a point-to-point connection between the PC and plug-in card to allow significantly greater transmission speeds than a bus solution with parallel wired slots would be able to process.
Data transmission to the plug-in cards in PCI Express is serial using differential wire pairs, so-called "lanes", which run at a speed of 2.5 or 5 GB/s. For cards with high data throughput (graphics and network cards, hard drive controllers), multiple lanes are routed to a slot, whereas cards with less complexity get by easily with one lane.
The PCI Express standard enables solutions in which one (x1), four (x4), eight (x8) or 16 (x16) lanes are routed to a slot, with the connectors differing in the mechanical configuration, pin configuration and load capacity of the supply voltage.
The mechanical coding of cards and connectors ensures however that short cards can be easily used in long slots. For example, a x1 card can be used in a x4, x8 or x16 slot.
+45 75 64 33 99
info@actcom.dk
