Hpe^®_child Boards - Adapt your application

Version 2 for Hpe^®_midiv2 and Hpe^®_IRP

The Hpe^®_child boards are extensions to the Hpe^®_midiv2 system. They give you the possibility to customize the development system for your complete application.
We also develop child boards on customer request. Please ask for our Development Participation Program. If there are appropriate requirements we will
participate in the development costs.

Connector / LED Board - HC-COLEv2 HC-COLEv2 is a connector board for 5 * 20 pin flat ribbon cables. One of the connectors is at the end of the board and not populated, because a hole in the rear panel is required. If you order the HC-COLEv2 together with your Hpe^®_midiv2, you will get the populated connector and the modified rear panel for free. Every pin is connected to a LED which shows the logic level. You can activate respectively 20 LED's together with a jumper. Datasheet
2 Channel Gbit Ethernet The Hpe^®_child board HC-ETHv2 offer the developer 2 additional Ethernet connections for the Hpe system. Major component of the interfaces are two National DP83865. These are fully featured Physical Layer transceiver with integrated PMD sublayers to support 10BASE-T and 100BASE-TX Ethernet protocols. The DP83865 is an ultra low power version of the DP83861 and DP83891. Datasheet
HC-NAND4v2 The HC-NAND4v2 child board is populated by four NAND- Flash memories. The Flash memories are organized as 1 Giga by 8 bit. Each memory is connected individually to the child board connector, so the user has independent access to the devices. There are design variants using another NAND- Flash memories from different semiconductor vendors, different memory sizes and different memory organizations (SLC/MLC). Datasheet
HC-FRMEMv2 The HC-FRMEMv2 child board contains two synchronous Flow Through NtRAMTM with Zero Turnaround between read- and write- cycles. Also there are two 256Mb NOR Flash Memories on the board. Both memory types share a common address- and a 32- bit data- bus. Memory organization for the RAM’s are 1Mx32 = 4Mbyte, the Flashes have 16Mx32 = 64Mbyte. Access times for the flashes are 70nSec, the RAM’s have a cycle time of up to 8.5nSec. Datasheet