英特尔® 酷睿™ i5-11600 处理器（12M 高速缓存，睿频至高可达 4.80 GHz） 规格快速参考、功能和技术。

Intel® Core™ i5-11600 Processor (12M Cache, up to 4.80 GHz) quick reference with specifications, features, and technologies.

11th Gen Intel Core i5-11600 desktop processor optimized for gaming, creating, and productivity. Featuring PCIe Gen 4.0 support. Thermal solution included in the box. Compatible with 500 series & select 400 series chipset based motherboards. Refer to …

Core i5-11600具有12mb的L3缓存，默认情况下以2.8ghz运行，但可以提升高达4.8ghz，具体取决于工作负载。 英特尔正在14纳米生产节点上制造Core i5-11600，晶体管计数未知。 乘法器锁定在Core i5-11600上，这限制了其超频潜力。 Core i5-11600的TDP为65W，消耗现代PC的典型功率水平。 英特尔的处理器支持具有adual通道接口的DDR4内存。 官方支持的最高内存速度是3200MHz，但通过超频（以及正确的内存模块），您可以更高。 为了与机器中的其他组件进 …

作为最新的十一代cpu,至少可以肯定15-11400F并不是倒吸牙膏，它的综合性能提升与官方宣称的一致，幅度达到19%。 游戏方面的表现也要比上一代i5-10400F更好，虽然目前15-11400F (盒装)的价格要比i5-10400F ( 盒装)贵300元左右， 11400F作为新产品带来了PCIE4.0新特性，以x对内存频率支持的提升。 所以综合买新不买旧的原则，以及15-11400F本身的性能提升，其综合性价比还是很不错的。 近日，英特尔与电竞游戏产业合作伙伴共同亮相BilibiliWorld2024游戏娱乐盛 …

技术参数: 睿频加速Max技术: 支持，3.0 纠错: 睿频加速技术: 支持，2.0 纠错: 超线程技术: 支持 纠错: 虚拟化技术: Intel VT-x，Intel VT-d，Intel EPT 纠错: 指令集

Built using the 14nm process, this 11th generation desktop processor features a base clock frequency of 2.8 GHz and a 4.8 GHz turbo frequency with 12MB of cache, six cores, and twelve threads for fast and reliable performance.

Intel is making the Core i5-11600 on a 14 nm production node, the transistor count is unknown. The multiplier is locked on Core i5-11600, which limits its overclocking potential. With a TDP of 65 W, the Core i5-11600 consumes typical power levels for a modern PC. Intel's processor supports DDR4 memory with a dual-channel interface.

TDP 65W 6C 12T desktop CPU with base clock of 2.8Ghz, turbo up to 4.8Ghz. As the 11th gen, iGPU UHD 75- and DDR4 max up to 3200Mhz. [Jun '21 Gamejang] We calculate effective speed which measures real world performance for typical users. Effective speed is adjusted by current prices to yield a value for money rating.

The Keysight 11636B is a dc to 26.5 GHz power divider for direct power dividing applications. The excellent impedance match of all three ports improves fault location measurements by reducing r -reflections.