I7 3940xm cpu

Types of I7 3940XM CPU

The Intel Core i7-3940XM CPU boasts a remarkable blend of performance prowess and power-saving features, making it ideal for high-demand computing tasks. As a member of Intel's third generation of core processors, the logic, known as ""Ivy Bridge,"" utilizes an advanced 22nm manufacturing technology.

This technology enhances its capabilities while conserving energy. With four physical computing cores, hyperthreading technology enables the processor to handle eight computing threads simultaneously. It provides a smooth and responsive experience when using multiple applications simultaneously or engaging in CPU-intensive activities like video editing or gaming.

• Overclockable CPUs:

  These can be tweaked to run at higher speeds than their standard specifications for improved performance.

• Desktop Replacement CPUs:

  Designed primarily for high-performance laptops, these CPUs offer capabilities comparable to desktop processors.

• Mobile CPUs:

  Prioritizing power efficiency alongside decent performance levels, they are mainly used in smartphones/tablets.

• Embedded CPUs:

  For applications requiring constant operation over extended periods under various conditions; typically ruggedized and low-power embedded environments around the globe depend on them.

• Server CPUs:

  Built specifically for multi-server setups, emphasizing reliability/self-correcting mechanisms/maximum interfacing among constituents/fault-tolerant structures are some key features.

• Gaming CPUs:

  From rendering graphics quickly/sec- playing games smoothly/sending the data back and forth between console/pc etc. while keeping power consumption as low possible, these are specially built out to maximize fun! ;)

• Workstation CPUs:

  For professionals working on tasks requiring high computing power/cpu such as multitasking/memory-intensive applications, etc., designed with this workstation within mind are hence intended.

Function and features

• Intel Turbo Boost Technology:

  This technology increases the frequency of the i7 3940xm CPU beyond its maximum Turbo frequency of 3.9 GHz, when needed, to improve performance. The actual frequency depends on the workload, hardware, and operating system components' frequency and capabilities.

• Intel HD Graphics 4600:

  The i7 3940xm CPU comes with integrated graphics called Intel HD Graphics 4600. This allows users to perform graphics and video tasks without needing a separate graphics card. Integrated graphics are good for everyday activities like browsing, watching videos, and doing office work. The HD Graphics 4600 provides satisfactory performance for these basic tasks and saves power by only using integrated graphics instead of a separate graphics card. It supports features to improve video quality, making multimedia tasks enjoyable without extra costs for a dedicated graphics card. It's a good choice for laptops where battery life is important and advanced graphics aren't needed. This graphic makes even the average computer activities visually better while using less battery power.

• Graphics with QuickSync:

  QuickSync is a feature in the i7 3940xm CPU that uses integrated graphics to speed up video processing. It makes editing, converting, and viewing videos much faster than just using the regular CPU. QuickSync is good for anyone working with videos because it saves time and improves playback on devices that don't handle heavy video formats well. Video tasks are performed efficiently, saving power and extending laptop battery life. This is helpful for users with limited technical resources or who need quality video processing.

• Memory, Migrations, and Sockets:

  The i7 3940xm CPU supports DDR3 memory, which helps the computer run programs. It works well with 1600 MHz or 1866 MHz DDR3 RAM. The CPU can use up to 32 GB of RAM, allowing many programs to open at once without slowing down. It also has something called a memory controller, which helps the CPU and RAM talk to each other. This CPU is built to work inside laptops. It knows when to save power by working less when the computer isn't being used. This helps save laptop battery power while still performing well when needed. Inside the CPU, there are two processing parts that can work together. One part can quickly remember small amounts of data, and the other can read and save bigger data files more slowly. The design of this CPU makes it better for laptops than desktop computers. It allows laptops to use less power while still providing powerful performance. The way it handles memory helps programs run smoothly, too.

Applications of the i7 3940xm CPU

The Intel Core i7-3940XM CPU is a powerful and versatile processor, offering a wide range of usage scenarios. Here are some of them:

• Computer games: A prime focus for this CPU, Intel, designed its Core i7 line for avid gamers who want maximum performance without breaking the bank. Game developers increasingly build features into their titles that require more processing power from CPUs than ever before. This makes having an Intel core i7 at the heart of one's system essential for smooth gameplay and higher frame rates, especially in resource-hungry games.
• Software Development: Developers also need fast processing speeds when writing code or compiling programs, among other things. The good thing about the i7-3940 is that it can be used in laptops, which most software developers use these days. Programs, tools and even libraries that are meant for programming usually work neatly alongside many cores and higher clocks.
• Virtual Machines: A virtual machine (VM) is a software-based emulation of a computer that runs programs and performs functions, using the same hardware by physical computers. Virtualization technology lets one create and run multiple VMs on a single physical machine. Each VM has its own operating system, applications, and resources, making it behave like a separate computer. Having a CPU with multiple cores, particularly those supporting virtualization features, has made it possible to efficiently run several VMs concurrently on one host. This is vastly different from the traditional method, which relied on just one core executing everything sequentially.
• Multimedia Tasks: The CPU handles audio and video data for streaming, editing, or gaming, among other things, in multimedia applications. It also manages graphics rendering, which is essential for creating rich content on the web or in games.

How to choose i7 3940xm CPUs

Before business buyers place bulk orders for the Intel i7 3940XM CPU, they should consider a few selection criteria to ensure the product is viable for their market. Here are some factors to consider when choosing i7 CPUs:

• Quantity and Packaging

  Customers may need different CPU quantities and packaging. Some customers may need CPUs in higher quantities, while others may need lower quantities. Also, they may request packaging that allows for easy handling and storage of the CPUs in their retail outlets.

• Compatibility with Motherboards

  Ensure that the CPUs are compatible with the motherboards of the systems that customers use. This will help prevent any issues that may arise from incompatibility between the CPU and the motherboard.

• Cooling Solutions

  Different customers have different cooling requirements for their CPUs. While some may need basic cooling solutions, others may require more advanced cooling features. So, consider whether the CPUs require additional cooling solutions to keep them within safe operating temperatures.

• Power Consumption

  Check the power consumption of the CPUs to ensure they meet the energy efficiency requirements of the customers' systems. An Intel i7 3940XM CPU has a base power consumption of 58 Watts and can go even higher when using Turbo Boost. Because of their high power consumption, they may not be suitable for energy-conscious customers.

• Price and Cost-Effectiveness

  Compare the prices of the i7 CPUs from different suppliers to ensure a profitable margin after sales. Also, calculate the total cost of ownership for customers, including power consumption, to determine the cost-effectiveness of the CPUs.

• Additional Features and Benefits

  Review the features and benefits of the CPUs to see whether they meet the specific needs and preferences of customers. Features like integrated graphics, overclocking capabilities, and virtualization support can influence the decision to choose a particular CPU.

• Warranty and After-Sales Support

  Evaluate the warranty and after-sales support offered by the supplier. A good warranty covers defects and provides a CPU replacement. Reliable after-sales support helps with troubleshooting and resolves issues that arise from purchasing computer parts.

• Market Trends and Demand

  Analyze current market trends and demands to ensure that the selected CPUs are relevant and in demand. This will help make informed purchasing decisions and avoid stocking outdated or unpopular products.

Q & A

Q: What is the advantage of using an i7 mobile processor over a desktop processor?

A: Mobile processors are designed for laptops, while desktop processors are made for PCs. Intel's second generation 2012 Core microprocessor family introduced mobile processors designed for ultrabooks, laptops, and high-end tablets. The mobile CPUs use a low-power architecture to maximize battery life and are made for space-construed devices without efficient cooling.

Q: Is there a big difference between i7 3940xm and i7 3740qm?

A: Yes, there is a slight difference. The ""xm"" in i7 3940 means it is a core CPU designed for extreme performance and has a higher base frequency of 3.5GHz compared to 3.0GHz of the i7 3740qm. Also, the i7 3940xm can be overclocked to 4.8GHz.

Q: Is the Intel Core i7 3940XM 64-bit?

A: Yes, the Intel Core Processor (Core i7) family that includes the 3940XM model is in the 64-bit CPU category. Therefore, the processor can run a 64-bit operating system like Windows 10 or other applications designed for 64-bit architecture.

Q: What is the benefit of having 3940XM with Intel HD Graphics 4000?

A: Integrated graphics allow the CPU to handle basic graphics and video tasks without needing dedicated graphics on the motherboard. Although these integrated graphics channels cannot handle intense graphical games or high-end software, they are sufficient for ordinary users who use their computers for regular tasks. The Intel HD Graphics 4000 model provides improved performance and support for multiple monitors compared to previous generations.