条件に該当する製品659件
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VT951 – 1U Rugged Chassis Platform, 6 AMC Slots, PCIe Gen 3
VadaTech 筐体 µTCA 防衛・MicroTCA rugged 1U 19” rackmount chassis platform ・Designed to meet MIL-STD-810F, MIL-STD-901D for shock/vibration ・Designed to meet MIL-STD-461E for EMI ・Supports up to six single module mid-size ・Dual x4 or single x8 PCIe Gen 3 ・Chassis accepts AMCs with single retention screw opposite of ejector handle on each slot ・Management can run as Shelf/MCMC (MicroTCA Carrier Management Controller) or MCMC ・Dual redundant PSUs located in the rear of the chassis ・AMC.1, AMC.2, AMC.3 and AMC.4 compliant ・Front-to-back cooling ・Lightweight aluminum construction ・RoHS compliant
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VT895 – 6U μTCA Chassis, 12 AMCs Full Size
VadaTech 筐体 µTCA 鉄道/交通・μTCA System Platform 19” x 6U x 10.4” deep (with handles 12” deep) ・Lightweight aluminum construction ・Full redundancy with dual MicroTCA Carrier Hub (MCH), dual Cooling Units and dual Power Modules ・Up to twelve AMCs: 12 full size double-module ・Dual Star topology ・Radial I2C bus to each AMC ・High-speed routing on 26 layers ・Redundant FRU information devices & Carrier Locator ・Telco Alarm ・CLK1, CLK2 and CLK3 routed to each slot ・JTAG Switch Module (JSM) Slot ・ESD Jack at the top front of the chassis ・Bottom-to-top cooling configuration ・RoHS compliant
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AMC524 – Quad ADC, 16-bit @ 125 MSPS, Dual DAC, Artix-7
VadaTech D/A AdvancedMC 物理 天体・Single module, mid-size per AMC.0 ・Conduction cooled version available ・Dual DAC 12-bit @ 2.5 GSPS (DDS AD9915) ・Quad ADC 16-bit @ 125 MSPS (AD9653) ・Artix-7 FPGA with dual banks of DDR-3, 2 GB total ・Internal, external or backplane clock with on-board wide-band PLL ・AMC Ports 4-7 and 8-11 are routed to FPGA per AMC.1, AMC.2 and AMC.4 (PCIe, SRIO, XAUI, etc. are FPGA programmable) ・IPMI 2.0 compliant
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UTC002
VadaTech HUB AdvancedMC 物理 天体・Single-width, full-height module per AMC.0 ・400MHz RISC CPU with 64MB DDR for MCMC(MicroTCA Carrier Management Controller) and Shelf Manager ・HPM.1 compliant ・Redundant boot system to ensure fail-safe upgrades ・Fail-over with dual UTC001 in system ・GbE to each AMC (Managed Layer two) ・SAS/SATA to each AMC ・Non-blocking PCIe x4 Gen 2 to each AMC slot with option for SRIO or 10GbE(layer three managed) ・Telcom/GPS clock (Stratum-3) ・Fabric clock with Spread Spectrum capability ・Blue, Red, Amber and Green LEDs ・Linux 2.6 embedded OS ・IPMI 2.0 compliant
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UTC001
VadaTech スイッチ AdvancedMC 物理 天体 生産中止品(EOL)・Single-width, full-height module per AMC.0 ・400MHz RISC CPU with 64MB DDR for MCMC(MicroTCA Carrier Management Controller) and Shelf Manager ・Fail-over with dual UTC001 in system ・GbE to each AMC (Managed Layer two) ・SAS/SATA to each AMC ・Non-blocking PCIe x4 Gen 2 to each AMC slot with option for SRIO or 10GbE(layer three managed) ・Telcom/GPS clock (Stratum-3) ・Fabric clock with Spread Spectrum capability ・Blue, Red, Amber and Green LEDs ・Linux 2.6 embedded OS ・IPMI 2.0 compliant ・HPM.1 compliant ・Redundant boot system to ensure fail-safe upgrades
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UTC004
VadaTech HUB AdvancedMC 物理 天体・Highest speed (40G/10G) MCH in the marketplace ・Crossbar clock matrix for low jitter, cleanest signals ・On-board high performance PLL synthesizer for generating any clock frequency ・Sophisticated clocking features enabling GPS/IEEE1588/SyncE/NTP Grand Master Clock ・Non-blocking PCIe x4 Gen 3, SRIO Gen 2, 10GbE/40GbE, or Crossbar Switch
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UTC003
VadaTech HUB AdvancedMC 鉄道/交通・Single-width, full-height module per AMC.0 ・Single-width, full-height module per AMC.0 ・400MHz RISC CPU with 64MB DDR for MCMC (MicroTCA Carrier Management Controller) and Shelf Manager ・400MHz RISC CPU with 64MB DDR for MCMC (MicroTCA Carrier Management Controller) and Shelf Manager ・HPM.1 compliant ・Linux 2.6 embedded OS ・UTC003 can run as an IPMI protocol analyzer to monitor all the I2C Busses ・IPMI 2.0 compliant ・Redundant boot system to ensure fail-safe upgrades ・HPM.1 compliant ・Fail-over with dual UTC003 in system ・UTC003 can run as an IPMI protocol analyzer to monitor all the I2C Busses ・GbE to each AMC (layer two managed) ・Redundant boot system to ensure fail-safe upgrades ・SAS/SATA to each AMC ・Fail-over with dual UTC003 in system ・Non-blocking PCIe x4 Gen 2 to each AMC slot with option for SRIO or 10GbE (layer three managed) ・GbE to each AMC (layer two managed) ・Fabric clock with Spread Spectrum capability ・SAS/SATA to each AMC ・Linux 2.6 embedded OS ・Non-blocking PCIe x4 Gen 2 to each AMC slot with option for SRIO or 10GbE (layer three managed) ・IPMI 2.0 compliant ・Fabric clock with Spread Spectrum capability
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UTC008
VadaTech TOOL/開発環境 AdvancedMC 試験 環境・JTAG Switch Module (JSM) per μTCA specification ・Provides Transparent Communications between the Arbitrated Master and a selected Secondary Port ・Autodetection of Port Presence ・Three Arbitrated Master ports ・Configuration Mode Uses IEEE 1149.1 TAP controller ・Operation up to 50MHz ・LED for Activity, Master Grant, Secondary port selection ・Mates directory to the Chassis that have the JSM connector ・Support for 12 AMC, 2 MCH, 4 Power Module, 2 Cooling units and Front/Rear (21 Ports) ・Standard half-height AMC front panel ・Operations via Front/Back, or the two MCH
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UTC007
VadaTech TOOL/開発環境 AdvancedMC 試験 環境・JTAG Switch Module (JSM) per μTCA specification ・Provides Transparent Communications between the Arbitrated Master and a selected Secondary Port ・Mates directory to the Chassis that have the JSM connector ・Support for 12 AMC, 2 MCH, 4 Power Module, 2 Cooling units and Front/Rear (21 Ports) ・Operations via Front/Back, or the two MCH ・Autodetection of Port Presence ・Three Arbitrated Master ports ・Configuration Mode Uses IEEE 1149.1 TAP controller ・Operation up to 50MHz ・LED for Activity, Master Grant, Secondary port selection
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UTC011
VadaTech 電源 AdvancedMC 試験 環境・Single-width, full-height module per AMC.0 ・Dual 10 to 36 VDC input for 241W option and 18 to 36 VDC input for 460W option ・Dual IPMI bus ・32-bit RISC processor ・Two banks of 256K flash for redundancy ・Field upgradable ・IPMI 2.0 compliant ・HPM.1 compliant ・Without the presence of an MCH the modules can be turned on ・Menu driven software for ease of configuration ・Current measure for each module ・External as well as internal WDT ・Support for power module redundancy