Wafer Edge
See Also: Wafer, Wafer Thickness, Wafer Failure Analysis, Wafer Resistivity, Wafer Mapping, Wafer Probes, Wafer Probers, Wafer Inspection
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Product
Kill A Watt Edge
P4490
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Consumers have depended on the Kill A Watt® and the Kill A Watt® EZ for years to help them save energy and money. Now with the new Kill A Watt Edge it is easier than ever to gain insight on your consumption with the added experience of new features, for both the average and technically savvy consumer. The Kill A Watt Edge has all the measuring capabilities of its predecessors. There is an added CO2 function so that you may calculate your Carbon Footprint, and it has a dual display that shows multiple types of information at once. It will even calculate the consumption and cost of your devices when left in standby mode. Once you are familiar with those costs they are easily combatable with the programmable motion sensor, that will shut off your items when you are not in the room. After time the Edge will learn your behaviors and tell you how much you have saved when your devices are in real “off” mode.
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Product
Wafer Chucks
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American Probe & Technologies, Inc.
High Performance Chuck for your needs Introducing the American Probe & Technologies’ HC-6000 series of thermal chucks,
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Product
MicroATX Server Board With AMD® EPYC™ 8004, DDR5, PCIe 5.0, And 10GbE For Edge AI, HPC, And Secure Industrial Applications.
ASMB-561
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Powered by SP6 LGA 4844 AMD® EPYC™ 8004 Series processors for high-performance edge computing.Supports up to 576GB of six-channel DDR5 4800 MHz ECC RDIMM memory for massive data processing.Features four PCIe Gen5 x16 slots with CXL support, enabling high-speed GPU and accelerator integration.Equipped with both dual 10GbE (Intel® X710-AT2) and dual GbE (I226) ports for flexible, high-speed networking.Offers four MCIO interfaces for modern storage solutions and five USB 3.2 (Gen1) ports for peripheral devices.Includes two M.2 2280 slots with PCIe Gen4 x4 interface for fast NVMe boot drives and storage.Enhances system security with an onboard TPM 2.0 module integrated via the eSPI interface.Designed for reliability in harsh conditions, supporting a 0 ~ 60°C ambient operating temperature range.
