Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Taking apart the shell of the TP-Link XTR10890, we found:
1. There is a large area of metal heat dissipation plate pressed on the back of the motherboard
Remove the feeder to look at the front, and there are two large metal heat sinks with fins
and a small finned metal heatsink for the SPF+ mouth
As a router equipped with 20 independent amplifiers, this is a heat dissipation configuration
Allows it to maintain a reasonable temperature at high loads.
2. The CPU model is Qualcomm IPQ8078A, 4-core 2.2GHz, and the 2.4G chip is QCN5124
It is also equipped with 4 x 2.4G FEMs: QPF4288
3. Equipped with 3 5G chips
The first is a 5G1/6G chip, the model number is QCN9074
Among them, the 5G1 FEM model is QPF4588 and the 6G FEM model is SKY85784-11
The second and third is the 5G2 chip model QCN5154, and the 5G2 FEM model is QPF4588
4. The memory is K4A4G165WE×2 (1G) And the flash memory is ESMT F59D1G81MB (128MB)
5, 10G PHY is MARVELL AQR113C Gigabit PHY is Qualcomm QCA8075
From the configuration point of view, TP-Link XTR10890 is not less piled up
As a flagship product, it is solid in materials and gorgeous in appearance
As for the final test, how effective is it? Stay tuned for Brother Xiaochun's video.
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
Opening the shell of the TP-LinkXTR10890, we found: 1, the back of the motherboard has a large area of metal heat dissipation plate pressed to remove the feeder to see the front, and there are two very large
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