APPLICATIONS

BPC7041 and BPC7009 industrial backplanes deliver maximum PCI Express interface speeds for a wide variety of COTS option cards and single board computers.

The Trenton BPC7041 and BPC7009 industrial backplanes are now available for use in military & aerospace, virtualization and video display systems. These compact backplanes maximize high-performance computing flexibility by supporting up to eleven PCI Express 2.0 and PCIe 1.1 COTS option cards is an industrial computer. The backplanes also support a wide array of PICMG 1.3 single board computers including Trenton's JXT6966 featuring the latest quad-core Intel Xeon processors. A system designed with a BPC7041 or BPC7009 backplane, COTS PCI Express option cards and a JXT6966 SBC provides the speed, performance, flexibility and faster Mean Time To Repair (MTTR) critical in diverse applications such as military surveillance, video display walls, machine vision, silicon wafer manufacturing and medical diagnostic systems.

Here is an abbreviated features list for the Trenton BPC7041 and BPC7009 industrial backplanes:
BPC7041
BPC7009

Option Card slots
Ten, PCIe 2.0 / 1.1, 9 - x16 mechanical slots and 1 - x8 mechanical slot
Eleven PCIe 2.0 / 1.1, 10 - x16 mechanical slots and 1 - x8 mechanical slot
Backplane Size
12.3" (31.2cm) x 12.9" (32.8cm)
12.3" (31.2cm) x 12.9" (32.8cm)

Advantages
Passive, no active components, PCI Express repeaters provide PCIe communication integrity
Modified Passive with the latest in PCIe 2.0 switch technology for maximum SBC flexibility

All Trenton PICMG 1.3 backplanes come with a five-year factor warranty and additional information is available on the Trenton PCI Express backplanes web page.

"Trenton backplanes are known throughout the industry for reliability and interface communication integrity", said Steve Riley, Trenton Design Engineer. "The BPC7041 and BPC7009 give our customers a couple of great design options for their system solutions utilizing different PCI Express COTS option card and single board computer technology."