Concurrent Technologies
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Latest generation CompactPCI(r) processor board with 10 Gigabit Ethernet
Concurrent Technologies has introduced a new 6U CompactPCI(r) board based on a 4th generation Intel(r) Core(tm) or Celeron(tm) processor with the option of 10 Gigabit Ethernet interfaces.
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New AdvancedMC(r) module powered by NVIDIA(r) Tegra(r) K1 processors
Typical embedded applications include video transcoding, image analysis and recognition, high speed physics experiments, wireless test, simulations and encryption/decryption where size, modularity, environmental requirements and power consumption make it impractical to use standard server based equipment.
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AM 92x/x1x - 3rd generation Intel(r) Core(tm) Processor AdvancedMC(tm) Module
AM 92x/x1x - 3rd generation Intel(r) Core(tm) Processor AdvancedMC(tm) Module
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MicroTCA(r) for Physics SBC featuring 3rd generation Intel(r) Core(tm) processors
AM 90x/x1x- 3rd generation Intel(r) Core(tm) Processor AdvancedMC(tm) Module
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6 Slot MicroTCA(r) Development System Fast Tracks Application Development
SY AMC/235 - 6 Slot MicroTCA(r) Starter Kit
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3rd Generation Intel core Processors extend 6U CompactPCI lifecycle
Concurrent unveil their latest high performance 6U CompactPCI processor board utilizing 3rd generation Intel Core processors. The PP 91x/x1x is a single slot air-cooled Single Board Computer expanding on the success of the previous generations of 6U CompactPCI SBCs.
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AdvancedMC(tm) SBC featuring 3rd generation Intel(r) Core(tm) processors
Concurrent Technologies announces one of the first AdvancedMC(tm) (AMC) high performance processor boards featuring the 3rd generation Intel(r) Core(tm) processors. Users of the AM 92x/x1x could experience an increase of up to 15% in CPU performance and an increase of up to 50% in graphics performance when compared to previous architectures while operating within the same power budget as previous Intel(r) Core(tm) processor-based AMC products.
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6U CompactPCI(r) enhanced by 3rd generation Intel(r) Core(tm) processors
Concurrent Technologies introduces their latest high performance 6U CompactPCI(r) processor board. The PP 93x/x1x is a single slot air-cooled 6U CompactPCI(r) Single Board Computer (SBC) utilizing 3rd generation Intel(r) Core(tm) processors based on 22nm process technology, featuring improved power efficiency and processing performance compared to the previous generation of processors. The board provides complementary front and rear I/O interfaces, and is designed to provide an upgrade path for users of earlier generations of Concurrent Technologies' 6U CompactPCI(r) products.
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2nd generation Intel(r) Core(tm) processors on 3U OpenVPX(tm) form factor
Concurrent Technologies announces the first 3U OpenVPX(tm) high performance embedded Single Board Computer featuring the 2nd generation Intel(r) Core(tm) processor and Intel(r) 6 series chipsets from the Intel(r) embedded roadmap.
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Concurrent Technologies - Intel(r) Core(tm) i7 processors available on a 3U CompactPCI(r) SBC
The boards are particularly suitable for CPU intensive processing applications within the defense, homeland security, industrial control, and transportation market sectors.
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Latest Intel(r) Core(tm) i7 processors available on new 6U CompactPCI(r) boards
Concurrent Technologies has released the PP 712/08x family of 6U CompactPCI(r) boards, one of the first embedded product ranges to feature the Intel(r) Core(tm) i7 processor family, released today by Intel(r).
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6U CompactPCI board features Intel Core i7 processor and dual PMC/XMC sites
Concurrent Technologies has released the PP 712/08x family of 6U CompactPCI boards featuring the Intel Core i7 processor with up to 8Gbytes DD3-1066 ECC SDRAM. Depending on the application requirements a choice of processors are supported: the 2.53GHz Intel Core i7-610E, 2.0GHz Intel Core i7-620LE and the 1.06GHz Intel Core i7-620UE. Based on 32nm process technology and the new Intel integrated memory/graphics controller architecture, these processors are from the Intel embedded roadmap which offers at least seven year availability. A wide range of operating systems are supported.
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