ICE Enterprises db738003535 https://wiki.ice-online.com/Welcome_to_ICE_Enterprises MediaWiki 1.34.1 first-letter Media Special Talk User User talk My wiki My wiki talk File File talk MediaWiki MediaWiki talk Template Template talk Help Help talk Category Category talk 0 653 1513 1466 2026-01-16T15:57:52Z Mss 10 /* Coming Soon (Q1 2025) */ wikitext text/x-wiki <!--<div id="main_top"> <span class="welcome">Welcome to the ICE Wiki</span> <div class="sub_welcome">Your source for information about products and services offered by ICE Enterprises</div> </div> <div class="clear" style="height: 10px;"></div>--> <div id="ice_news" class="gray_box"> <div class="box_title">ICE News</div> {{:News}} </div> <div class="wiki_toc"> <div class="box_title">Contents</div> <categorytree mode=all hideroot=off depth=0>Hardware</categorytree> <categorytree mode=all hideroot=off depth=0>Software</categorytree> <categorytree mode=all hideroot=off depth=0>Support</categorytree> <categorytree mode=all hideroot=off depth=0>Corporate</categorytree> [[Pricing]] </div> <div> At [[About|ICE Enterprises]], we design and manufacture low-cost, high-performance computer solutions for digital signal processing applications. Our OEM solutions are used by corporations, research institutions, and government labs around the world to solve many of their most demanding data-acquisition and signal-processing problems. Our unique mix of experience, technical skills, and corporate agility allows us to meet the needs of a diverse customer base in the face of uncertain requirements and timelines. [[About|More about ICE...]] == Why ICE Products? == ICE products are used in thousands of systems around the globe. Our [[ICE-PIC8|data interface cards]] provide reliable, cost-effective data transfer at near-theoretical speeds on most computers. Our [[I/O_modules|input and output modules]] <span id="more-why-ice-products">provide a wealth of analog, digital, and optical interface options. Our [[Devices|portable devIces]] and [[Integrated_subsystems|rack-mount integrated subsystems]] give customers a turn-key solution to their recording, playback, and signal processing needs. Don't see quite what you need? [[Contact|Give us a call]]: we can often deliver a custom solution that meets or exceeds your requirements.</span> == Coming Soon == <span style="font-weight: bold; font-size: 1.2em;">[[ICE-PIC9|ICE-PIC9L]] with A9M processor module and ADX6 IO module</span> {| | style="vertical-align: top;" | [[File:PIC_9L_assembly_adx6.PNG|200px]] | * 9^th Generation of high-performance PCIe cards from ICE * 16 lane PCIe Gen4 with 32 GB/s (peak) bi-directional host interface * Intel Agilex-7 FPGA with two banks of 64-bit DDR4 memory on A9M module * 6 GSPS ADC, 12 GSPS DAC on ADX6 IO module (24 GB/s bi-directional) * Capable of streaming two channels of 3.0 GHz bandwidth in and out * Compatible with ICE-TRAY9 and ICE-PAC9 appliances |} <!-- == Featured Product == <span style="font-weight: bold; font-size: 1.2em;">[[ICE-A2D-M20]] - Dual Channel 3.0 GSPS Analog to Digital Input Module</span><br /> {| | style="vertical-align: top;" | [[File:Ice-a2d-m20-top-cln.png|200px]] | * Two 500MHz Complex Integer bandwidths (Dual 2500MegaBytes/sec) or one 1GHz Complex Integer bandwidth (5000MegaBytes/sec) * Two digital down converters accessible from either channel * 14-bit resolution * SFDR at max sample rate is > 70 dB * 3dB sample-and-hold Bandwidth 10 MHz – 4.0 GHz * ICE Delivers a 2U Recorder capable of recording Dual 2500 or Single 5000 Megabytes/sec The ICE A2D-m20 is a dual channel 14-bit analog-to-digital converter input module for use with the PCIe Gen3 ICE-PIC8 and ICE 8th generation series of high-speed digitizer interfaces. Decimation and sub-band digital tuning of the DDC output is also available on the ICEPIC8 card. Various DDC decimation choices are available. |} --> <!-- <div> <div style="float: left; margin: 0px 10px 4px 0px;">[[File:Ice-cooler-w-card-side.png|240px|link=ICE-COOLER]]</div> <div> <span style="font-weight: bold; font-size: 1.2em;">[[ICE-COOLER]] PCIe Expansion Chassis</span><br /> • PCI-Express Gen3 endpoint connection over optical link<br /> • Expands a single internal x8 PCIe Gen3 server slot to two (or more) external slots<br /> • External chassis accommodates up to 2 ICE-PIC6/7/8 cards (including long format cards)<br /><br /> The ICE-COOLER is a PCIe Gen3 expansion chassis that is attached directly to a host computer’s PCIe bus through a small local host bus adapter (HBA) card and a pair of optical fibers. The ICE-COOLER can accommodate all series of ICE-PIC6/7/8 cards (including long format cards) in any configuration. By using the ICE-COOLER, ICE-PIC cards, IO modules, and processor modules are cooled without the need to depend on airflow in the host computer. </div> </div> --> </div> <!-- <div> <div class="simple-border-img" style="float: left; margin: 0px 10px 4px 0px;">[[File:Lb2d-m3-bottom.png|border|180px|link=ICE-LB2D-M3]]</div> <div> <span style="font-weight: bold; font-size: 1.2em;">[[ICE-LB2D-M3]]</span><br /> The L-Band Tuner is a single site module that accepts an input frequency range from 800 to 2300 MHz with input signal power ranging from -106 to +0 dBm. The software interface provided displays amplitude vs. time (oscilloscope), amplitude vs. frequency (spectrum), and frequency vs. time (falling raster). Control of the L-Band tuner is available via the software interface. The receive bandwidth is software-selectable from 1 to 110 MHz. Two [[ICE-LB2D-M3]] modules can be placed on a single <span style="white-space:nowrap;">[[ICE-PIC6]]</span> or <span style="white-space:nowrap;">[[ICE-PIC7]]</span> card for dual-channel applications. A single 8-lane PCI-Express slot is required. An internal 10 MHz reference can be used by selecting the onboard 10 MHz reference, or an external 10 MHz reference can be provided via an SMB connector. An SMB connector for external 1 PPS input is available. The external 1 PPS input can be stored in bit 0 of a 16-bit word that is 14-bit Data MSB aligned. When used for the [[ICE-PIC7|ICE-PIC7 DSP Card]], an IRIG-B002 (DC IRIG-B) stream can be received via an SMB connector on the [[ICE-PIC7|ICE-PIC]] card for accurate time tagging reference. </div> </div> </div> //--> __NOTOC__ tpbs9rvdd2y4iieabm43bwavzpp74m4