Intel 第四代处理器
Intel 第四代酷睿处理器系列包括具有最大每瓦性能的桌面、移动和嵌入式产品。英特尔Haswell构架基于22纳米工艺,采用FinFET技术减少漏电流和降低功耗。其已经降低了待机状态下的功耗,利用英特尔快速启动技术实现3秒钟唤醒,比上一代产品提高了20倍。英特尔无线显示技术可以把内容从便携式产品传送到兼容的HDTV。对于嵌入式应用,处理器的热设计功耗可低至35W。当采用英特尔睿频模式时,桌面性能处理器时钟频率可达3.9 GHz。桌面支持的插座是LGA2001,移动支持的插座是rPGA947 & 和BGA1364。Haswell新指令包含高级矢量扩展指令集2、收集、支持BMI1、BMI2和FMA3。Intel Wireless Display is available to stream content from portable products to a compatible HDTV. Processors are available as low as 35W Thermal Design Power for embedded applications. Desktop performance processors are available with a clock speed up to 3.9GHz when utilizing Intel Turbo mode. Sockets supported are LGA 2001 for desktop and rPGA947 & BGA1364 for mobile. Haswell New Instructions include Advanced Vector Extensions 2, gather, BMI1, BMI2, and FMA3 support.
Additional Resources
- White Paper - Active Management Technology (AMT) Embedded Host-Based Configuration
- White Paper - Hardware Based Security Technologies for Intelligent Retail Devices
- Solution Brief - Overview
- Solution Brief - Gaming
- Solution Brief - Healthcare
- Solution Brief - Industrial
- Solution Brief - Military, Aerospace, and Government
- Solution Brief - Retail
View Results ( 56 ) Page
| 物料编号 | 数据表 | 系列 | 系列 | 内核数量 | TDP - 最大 |
|---|---|---|---|---|---|
| CM8068403380018S R3WS | ![]() |
Intel Xeon | E-2100 | 6 Core | 80 W |
| CM8068403358316S R3QS | ![]() |
Intel Core i7 | i7-8700 | 6 Core | 65 W |
| CM8066201938603S R2LS | ![]() |
Intel Core i3 | i5-6300U | 2 Core | 35 W |
| CD8069504283604 SRFPR | ![]() |
Intel Xeon | 6230N | 20 Core | 125 W |
| FJ8066201924950 SR2F1 | ![]() |
Intel Core i7 | 2 Core | 15 W | |
| CL8068403359725S R3YZ | Intel Core i7 | i7-8850H | 6 Core | 45 W | |
| CL8066202400105S R2DX | ![]() |
Intel Core i3 | i5-6300U | 2 Core | 25 W |
| FJ8066201924931S R2F0 | ![]() |
Intel Core i5 | i5-6300U | 2 Core | 15 W |
| CM8067702868416S R339 | ![]() |
Intel Core i7 | i7-7700T | 4 Core | 35 W |
| CM8067702868314S R338 | ![]() |
Intel Core i7 | i7-7700 | 4 Core | 65 W |
发布日期: 2013-06-28
| 更新日期: 2022-03-11

