Showing results: 466 - 480 of 586 items found.
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Green Hills Probe V4 -
Green Hill Software, Inc.
The Green Hills Probe is an advanced hardware debug device that connects to the onboard debug ports present on most modern microprocessors, such as IEEE 1149.1 JTAG and BDM. With support for more than one thousand devices from over thirty manufacturers, a flexible electrical interface, and out-of-the-box support for the largest multicore systems, the Green Hills Probe provides fast, reliable debugging, programming, and system visibility to projects present and future.
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PCAN MicroMod Evaluation Kit -
PEAK-System Technik GmbH
As a plug-in module, the PCAN-MicroMod represents a simple way of providing electronic circuits with I/O functionality and CAN connection. The configuration is carried out with a Windows program that transfers the configuration data to the module via CAN. Several modules can be configured independently of one another on a CAN bus.
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I-Pi SMARC RB5 -
ADLINK Technology Inc.
The I-Pi SMARC RB5 is a SMARC-based AIoT and robotics development kit harnessing ADLINK LEC-RB5, powered by the Qualcomm® QRB5165 SoC with Qualcomm® Kyro™ 585 octa-core CPU (8x Arm Cortex-A77), and Qualcomm® AI Engine.
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CPU RM -
RightMark Gathering
The CPU RightMark suite is meant for objective measurement of performance of modern and future processors in different computational tasks such as numerical modeling of physical processes and solving of 3D graphic problems. It focuses on testing the loaded FPU/SIMD units and the CPU/RAM tandem. As a result, we get pure CPU performance, an objective parameter obtained without the influence of other subsystems, like video and disc systems, except the memory one. It allows us to compare the true performance of different processors irrespective of a type of other system components. It's obtained by dealing only with the CPU and measuring the CPU time spent for execution of computational tasks.
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RightMark Gathering
RMClock (formerly known as AMD64CLK) is a simple GUI utility designed for realtime CPU frequency monitoring and realtime adjustment of the CPU multiplier (FID) and voltage level (VID) of the supported CPUs via processor's power management model specific registers (MSRs). In auto-management mode it continuously monitors the CPU usage level (reported by CPU itself) and adjusts the CPU frequency and/or voltage level as required
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RM Gotcha -
RightMark Gathering
RM Gotcha helps CPU and mainboard testers determine CPU clock at any moment. RM Gotcha has only this particular purpose and is not a part of any monster suites. It's just an 120KB executable that needs no installation. Supports result logging. The "Start delay" feature enables users to conduct operations required to be done before the clock check. The Check period feature minimizes CPU load created by the utility.
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CAEN S.p.A.
The CPU controller is offered in three versions: BASIC, ADVANCED and FULL:- The BASIC version provides communication interface, RESET control, INTERLOCK control, and STATUS LED indicators.- The ADVANCED builds upon the above by adding beam handshake management connectors (CH-ON, GEN, VSEL, ISEL).- The FULL version provides a complete array of panel connectors, an ENABLE control section, and fan speed control.
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1CPCIS-305-L200 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 5 CompactPCI S.0 slots, system slot left, without rear IO : 1x CompactPCI S.0 CPU slot, 4x CompactPCI S.0 peripheral slots, without connectors for RTMs (RearTransition Modules), Ethernet routed as full mesh on the backplane
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1CPCIS-304-L200 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 4 CompactPCI S.0 slots, system slot left, without rear IO : 1x CompactPCI S.0 CPU slot, 3x CompactPCI S.0 peripheral slots, without connectors for RTMs (RearTransition Modules), Ethernet routed as full mesh on the backplane
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1CPCIS-308-L200 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 8 CompactPCI S.0 slots, system slot left, without rear IO : 1x CompactPCI S.0 CPU slot, 7x CompactPCI S.0 peripheral slots, without connectors for RTMs (RearTransition Modules), Ethernet routed as full mesh on the backplane
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1CPCIS-303-L210 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 3 CompactPCI S.0 slots, system slot left, with rear IO : 1x CompactPCI S.0 CPU slot, 2x CompactPCI S.0 peripheral slots, with connectors for RTMs (RearTransition Modules) in slots 2 to 3, Ethernet routed as full mesh on the backplane
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1CPCIS-306-L200 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 6 CompactPCI S.0 slots, system slot left, without rear IO : 1x CompactPCI S.0 CPU slot, 5x CompactPCI S.0 peripheral slots, without connectors for RTMs (RearTransition Modules), Ethernet routed as full mesh on the backplane
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1CPCIS-309-L110 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 9 CompactPCI S.0 slots, system slot left, with rear IO: 1x CompactPCI S.0 CPU slot, 8x CompactPCI S.0 peripheral slots, with connectors for RTMs (Rear Transition Modules), Ethernet routed as single star from system slot to all peripheral slots
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1CPCIS-306-L210 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 6 CompactPCI S.0 slots, system slot left, with rear IO : 1x CompactPCI S.0 CPU slot, 5x CompactPCI S.0 peripheral slots, with connectors for RTMs (RearTransition Modules) in slots 2 to 6, Ethernet routed as full mesh on the backplane
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1CPCIS-308-L210 -
ELMA Electronic, Inc.
3U CompactPCI Serial Backplane with 8 CompactPCI S.0 slots, system slot left, with rear IO : 1x CompactPCI S.0 CPU slot, 7x CompactPCI S.0 peripheral slots, with connectors for RTMs (RearTransition Modules) in slots 2 to 8, Ethernet routed as full mesh on the backplane