Acromag General Catalog

basic information

<Compact Embedded Computer ARCX Series> Achieves a high-performance, low-power system within dimensions of H83.6mm x W138.7mm x D211.7mm. MIL-STD environmental performance is available. Supports IP67, MIL-STD-810G, MIL-STD-461C/D/E Maximum power consumption below 100W, operating temperature guarantee: -40℃ to +71℃ <VPX6600> VPX 3U SBC utilizing Skylake architecture Provides performance equivalent to nearly full power of the 4th generation Haswell with a low power operation of 20W <XVME-6510> VME bus bridge (Tsi148) recreated with FPGA No more worries about discontinuation <AcroPack Series> Offers over 20 types of I/O that flexibly respond to diverse designs, with interchangeable modules and carrier boards <Various I/O> Quad 10GbE/1GbE, A/D, D/A, etc. Compatible with third-party modules (such as 1553, 429) ◎ For more details, please refer to the PDF document or feel free to contact us.

Price range

Delivery Time

Applications/Examples of results

U.S. achievements: Proven track record with unmanned reconnaissance aircraft Global Hawk / super-large long-range transport aircraft C-5 Galaxy, among others. Domestic achievements: Proven track record with aircraft.

Detailed information

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  AcroPack Module 70mm x 30mm, average weight 10g, compact and lightweight Low power consumption of 5W or less Diverse I/O lineup with over 20 types

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  ARCX4000 Series IP67 compliant, compact embedded computer suitable for mounting on equipment Can accommodate up to 6 mini PCIe modules in a chassis measuring W213mm x D211mm x H83mm

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  VPX6860 6U VPX SBC Adopts 6th generation Skylake architecture, capable of delivering performance equivalent to 4th generation CPUs (47W) with a power consumption of 20W.

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  VPX6600 3U VPX SBC Utilizing the 6th generation Skylake architecture, it can deliver performance equivalent to a 4th generation CPU (47W) with a power consumption of just 20W.

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  XVME6510 6U VME SBC Equipped with 4th generation Intel Core i7 Uses an FPGA-based VME bus bridge, so it is not affected by the discontinuation of Tsi148.