Product overview of the Intel LF80564QH0568M
The LF80564QH0568M is a Dual-Core Intel Xeon processor that was released in 2007. It is built on the 65nm manufacturing process and has an 80W thermal design power. The processor features a 2.4GHz clock speed, 8MB L2 cache, and a 1066MHz front-side bus (FSB). The processor uses the Socket PPGA-604 interface and is designed for use in servers and workstations. In this article, we will go over the various features of the LF80564QH0568M processor in detail.
The LF80564QH0568M is based on the Intel Xeon processor architecture. The processor features two processing cores, which allows it to handle multiple tasks simultaneously. Each core has its own L2 cache, which helps to improve overall system performance. The processor also includes a 1066MHz front-side bus, which allows for fast data transfer between the processor and other system components.
The processor is built using the 65nm manufacturing process. This allows for smaller and more efficient transistors, which in turn allows for better performance and lower power consumption. The processor also features an 80W thermal design power, which means it can operate at high levels of performance without overheating.
The LF80564QH0568M processor uses the Socket PPGA-604 interface. This interface is designed specifically for use in servers and workstations. The Socket PPGA-604 interface allows for easy installation and removal of the processor, which can be important in a server environment where uptime is critical.
The processor features an 8MB L2 cache, which is shared between the two processing cores. The L2 cache helps to improve overall system performance by reducing the amount of time the processor needs to spend waiting for data to be retrieved from main memory. The larger the cache, the more data the processor can store locally, which reduces the need to access main memory.
The LF80564QH0568M processor has a clock speed of 2.4GHz. The clock speed determines how many instructions the processor can execute per second. A higher clock speed means the processor can execute more instructions in a given amount of time, which generally translates to better performance.
The processor includes a 1066MHz front-side bus (FSB). The FSB is the main data transfer path between the processor and other system components such as the memory and input/output (I/O) devices. A faster FSB generally means faster data transfer, which can help to improve overall system performance.
The LF80564QH0568M processor is designed for use in servers and workstations, where high performance is important. The processor's dual-core architecture and 8MB L2 cache help to improve overall system performance. The 2.4GHz clock speed and 1066MHz FSB also contribute to the processor's performance.
The LF80564QH0568M processor has an 80W thermal design power. This means the processor can operate at high levels of performance without overheating. The processor's 65nm manufacturing process and efficient transistor design also help to reduce power consumption.
In summary, the LF80564QH0568M Intel Xeon Dual-Core E7210 Processor is a powerful processor designed for use in servers and workstations. Its dual-core architecture, 8MB L2 cache, 2.4GHz clock speed, and 1066MHz FSB make it a high-performance processor.
General Information about the Intel LF80564QH0568M
- Manufacturer: Intel
- Model Number or SKU# LF80564QH0568M
- Product Type: Dual-Core Processor
- Processor core : dual-core
- Clock speed : 2.4 ghz
- Front side bus(fsb) : 1066 mhz
Cache memory Detail
- • l1 cache : 256 kb
- • l2 cache : 8 mb
- Lithography : 65 nm
- Max thermal design power (tdp) : 80 w
- Compatible processor socket : ppga-604
- • thermal monitoring technologies
- • virtualization technology
- • extended memory 64 technology
- • enhanced speedstep technology
- • demand based switching
- • execute disable bit
- • idle states
About New Bulk Pack Products
The processor in a computer is the brain where most processes are initiated. Some factors must be considered when identifying a good desktop processor. Keep in mind that a faster central processing unit (CPU) will help surf web pages, edit photos faster, and even work on spreadsheets. On the other hand, a high wattage processor will have the downside of poor battery life.
The majority of computers and laptops are powered by an Intel CPU with the name of the processor prominently displayed on the product. The CPU model name will indicate the speed of the machine, but it must have a context. What do you need to do with the laptop or desktop? The requirements for a computer used for simple web surfing and everyday tasks are markedly different from those of a computer used for gaming or video editing.
Understanding CPU Model Name
The confusing mix of numbers and letters actually makes a lot of sense. The brand name of the processor will start such as Intel Core, AMD Ryzen or AMD FX. Following the brand name is the modifier which can be i3, i5, i7, i9, E, N, m5 or x5. For the Intel processors, the number immediately after the hyphen denotes generation such as 7 or 8 for 7th generation and 8th generation. The combination of two or three numbers after that indicates the particular SKU and the single letter (U, H, HK, or Y) will denote the processor line. For AMD processors, AMD Ryzen 5 compares and competes with Intel Core i5U and the same is true for AMD Ryzen 7 and Core i7U processors.
Important Processor Specs
Any processor will have its unique set of characteristics that make it ideal for a specific operating system.
- Cores: A core is best described as the processor within a processor. Most computers have a dual core, whereas the high performance machines have a quad core. The new 8th generation processors – core i5 and core i7 – have four cores. A core will work on a discrete task while other cores perform other tasks.
- Hyper-Threading: This refers to the process whereby a CPU will split a physical core into virtual cores called threads. The dual core machines use hyper-threading to offer four threads while quad core provides eight threads.
- Clock Speed: Refers to the number of cycles that a processor can execute. Clock speed is measured in gigahertz and is one factor considered when evaluating server processor speed.
- Turbo Boost: Some processors are made available with turbo boost. The turbo boost temporarily increases clock speed to help in faster completion of a task. Intel Core i5 and i7 processors have the GHz turbo boost feature and will have max turbo frequency.
- Cache: Refers to the small amount of RAM on the CPU that stores frequently used information to aid in speedy completion of tasks. Most processors will have anything between 1 and 4MB of cache.
- Thermal Design Power (TDP): TDP is the amount of watts a processor uses. More watts are synonymous with better performance but have the downside of greater power consumption and higher temperature.
Intel Core vs AMD Ryzen
The Intel and AMD debate still persists. AMD processors are no longer associated with poor performance and budget systems. The new Ryzen Mobile platform compares very well with the Intel core i5 and i7 processors.
Generations and Processor Lines
Intel will have a new processor generation every 12 to 18 months for faster and power efficient performance. Not all processor lines are migrated into the new generation architecture at the same time. The most recent architectures are the Kaby Lake Refresh, Ice Lake, and Comet Lake that are available across different but not all processor lines.
When picking a processor to build your system, choose the right processor line rather than just picking a core i7 over a core i5 or core i3. Intel processors are available in four main lines under which you get a set of core i3s, i5s, i7s, and i9s. Each line has different TDP ranging from 4.5 to 45 watts. The Y series is the lowest rising to the H series. Towards the top of the range are the Intel Xeon processors with vPro technology for high end workstations used for engineering, professional animation and research.
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