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gamingp(Gamingpro)

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Assemble your own computer configuration list:

1. The configuration list and budget for assembling a computer yourself are roughly as follows: Core configuration and budget CPU: Recommended choice: i5 - 12400F/i5 - 12490F, the price is about ¥ 1200. Reason for choice: These two CPUs have high frequencies, large secondary and tertiary caches, and a moderate number of cores, which can meet most daily use and gaming needs.

2. Budget range and core accessories select a budget of 2,000 - 10,000 yuan: This range covers entry to mid-to-high-end configurations, and performance and cost need to be balanced according to demand.

gamingp(Gamingpro)

3. Entry-level configuration (daily office, audio-visual entertainment, general online games) CPU: INTEL G1610 (about 260 yuan) or AMD A10 - 6700 (about 499 yuan). The G1610 consumes low power and is suitable for basic tasks; the A10 - 6700 integrated graphics card has stronger performance and allows for light gaming. Motherboard: Gigyte B75M-D3V (about 460 yuan) or Onda A78S + fully fixed version (about 289 yuan). Must be compatible with the CPU interface (such as Intel's LGA 1155 or AMD's FM2 +).

gamingp(Gamingpro)

What is the number of CUDA cores on ASUS graphics card TUF-GTX 1650 - 4GD6-P-GAMING?

1. The number of CUDA cores of ASUS graphics card TUF-GTX 1650 - 4GD6-P-GAMING is 896.

2. The number of CUDA cores on the ASUS graphics card PH-GTX 1650 - 4GD6-P is 896.

3. The number of CUDA cores on the ASUS graphics card PH-GTX 1650 - 4GD6 is 896.

4. The number of CUDA cores of ASUS graphics card TUF-GTX 1650 - 4G-GAMING is 896.

How big is the memory and bit width of the ASUS graphics card TUF-GTX 1650-O 4GD6-P-GAMING?

1. The video memory of the ASUS graphics card TUF-GTX 1650-O4GD6-P-GAMING is 4GB GDDR6 and the bit width is 128 bits.

gamingp(Gamingpro)

2. TUF-GTX1650-O4GD6-GAMING: In terms of performance, the basic frequency is 1410 MHz, the Boost frequency is 1680 MHz, and it is equipped with 896 CUDA cores and 4GB GDDR6 memory. The bandwidth reaches 192 GB/s, which can smoothly run 1080p mainstream games. The heat dissipation design uses dual 90 mm dustproof fans to support zero-noise operation under 30% load, and only requires 6 pins for power supply, making it more compatible.

3. There are 4 core versions of the ASUS GTX 1650 graphics card, covering desktop independent graphics cards and notebook graphics cards. Different versions have differences in heat dissipation design, memory specifications, and power supply methods.

Does the ASUS graphics card TUF-GTX 1650-O4GD6-P-GAMING need external power supply? What specifications are needed?_ Baidu...

1. ASUS graphics card TUF-GTX 1650-O4GD6-P-GAMING requires external power supply, and the required power interface specification is 6pin.

2. There are 4 core versions of the ASUS GTX 1650 graphics card, covering desktop independent graphics cards and notebook graphics cards. Different versions have differences in heat dissipation design, memory specifications, and power supply methods.

3. TUF-GTX1650-O4GD6-GAMING: In terms of performance, the basic frequency is 1410 MHz, the Boost frequency is 1680 MHz, and it is equipped with 896 CUDA cores and 4GB GDDR6 memory. The bandwidth reaches 192 GB/s, which can smoothly run 1080p mainstream games. The heat dissipation design uses dual 90 mm dustproof fans to support zero-noise operation under 30% load, and only requires 6 pins for power supply, making it more compatible.

4. Memory: Equipped with magnesium light 16GB (2 × 8 GB) DDR4 2666 memory, dual-channel design can optimize data transmission efficiency.

5. The video memory of the ASUS graphics card TUF-GTX 1650-O4GD6-P-GAMING is 4GB GDDR6 and the bit width is 128 bits.

6. Graphics card: ASUS TUF GTX 1650S-4G-GAMING Memory: Gembaida 16GB (8GB × 2) DDR4 3200 Storage: Ready TiPlus 5000 512GB NVMe SSD Power Supply: Great Wall HOPE-5500ZK (450 W) i3 13100F + GTX 1660S Configuration purpose: 1080P high-quality games, multitasking, moderate productivity.

gamingp(Gamingpro)

Can Asus tuf + gaming + b460-p + open tpm2.0?

The BIOS of the ASUS TUF GAMING B460 M-PRO motherboard supports the TPM0 function. The following are specific instructions: Functional support and official confirmation According to ASUS's official technical support document, the BIOS of this motherboard clearly supports TPM0 (fTPM), and by enabling Secure Boot and updating TPM0 configuration, some FPS games can be solved. Problems caused by security module compatibility can be solved when starting.

If the computer itself supports TPM0 but is not turned on, it can be turned on through BIOS settings. Take the ASUS B460 motherboard as an example. The steps are as follows: Restart the computer and enter the BIOS interface: Press the F2 button repeatedly when booting (different motherboards may be Del, F12, etc.), enter the BIOS, click Advanced Mode in the lower right corner.

gamingp(Gamingpro)

Taking the ASUS B460 motherboard as an example, the steps to turn on TPM0 are as follows (similar operations can be referred to for other brands of motherboards): Enter BIOS settings When booting, press the F2 key to enter the BIOS interface and select Advanced Mode. Configure Safe Boot Options In the BIOS interface, select the Boot tab to enter the Secure Boot settings.

If the motherboard supports TPM0 but is not turned on, it can be enabled through BIOS settings. Taking the ASUS B460 motherboard as an example, you need to enter advanced mode to adjust safe boot and PTT options. The specific steps are as follows: When entering the BIOS settings interface, press the F2 key repeatedly when booting (some motherboards are Del key), enter the BIOS main interface and select advanced mode (usually located in the lower right corner of the interface or switched through shortcut keys).

Function implementation method: Native integration: Some ASUS motherboards directly solder the TPM0 chip to the PCB (such as the high-end models of the ROG series) without additional configuration. Reserved slots: Some motherboards (such as TUF GAMING series) reserve TPM chip slots. Users can purchase modules to upgrade themselves, but they require motherboard BIOS support (older models may not be possible through updates).

The difference between MSI P motherboard and Gamming

1. The core difference between MSI P motherboards and GAMING motherboards lies in market positioning, functional focus and user groups. The P-suffix motherboards emphasize power supply and expansibility, and the GAMING series focuses on appearance and cost performance. Differences in market positioning P-suffix motherboards belong to the "enhanced version" product, and the positioning is biased towards practical users, such as professional users and content creators who need stable power supply or high scalability.

2. The main differences between the MSI Z790 GAMING WIFI D5 motherboard and the Z790 PLUS WIFI D5 are reflected in the following aspects: Power supply design GAMING WIFI D5: A higher-specification power supply solution (such as 12 + 1 + 1 phase) is usually adopted, and the MOSFET heat sink is larger, suitable for overclocking and high load scenarios. PLUS WIFI D5: There are fewer power supply phases (such as 8 + 1 + 1 phases), and the heat dissipation design is relatively simplified, targeting mainstream users.

3. They are usually printed on the motherboard. E, G, P, and C represent product series positioning: G-Gaming (gamer-level). User target: Mainstream game users;(Note: Mainstream formulation design, strong expansion capabilities, and good overclocking capabilities);E-Entertainment (entertainment-level).

4. Differences: 1 Memory frequency support: GAMING7 can support DDR3 3300 at most, and MPPOWER supports 3200 at most, but to be honest, it must be more than enough;2: Differences between network cards, GAMING7 network card is Qualcomm Killer E2205, which is biased towards game optimization, while MPPOWER's network card is Intel I218-V, which is known for its stability.

5. Among MSI's B760 series motherboards, the "mortar" model of the MAG B760M MORTAR WIFI II DDR5 performs better than the B760MGAMING PLUS in several key aspects. The following comparative analysis helps you understand the main differences between the two. First of all, in terms of the number of interfaces, the mortar motherboard provides additional convenience. It has 3 additional M.2 interfaces and a frost armor, making the connection of storage devices more flexible and changeable.

6. In the comprehensive performance test, overclocking of memory at 6400MHz and 7400MHz has a great impact on system performance. In the game testing part, the frame performance of the four mainstream FPS games (APEX, Fearless Contract, PUBG, Eternal Tribulation) at different frequencies did not differ much, basically maintaining around 160 frames. To sum up, MSI B760M GAMING series motherboards have their own characteristics in terms of power supply design, memory support and onboard functions.

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