According to the leaked information, GDDR7 technology will be used in the Nvidia RTX 4000 family, which will be introduced in the third quarter of 2022.
Some features of the Nvidia RTX 4000 series, which will be released with the Ada Lovelace code, have emerged. The RTX 4000 family, where information such as power consumption and GDDR technology has been leaked, will be introduced in the third quarter of 2022.
It was predicted that the RTX 4000 series would be introduced with the GDDR6X. According to the leaked information, the new graphics cards will use GDDR7 technology instead of GDDR6X. Nvidia does not yet offer the 24 Gbps memory speed of GDDR6X technology in its graphics cards. The RTX 3090 Ti model, which is expected to be introduced soon, is also expected to offer 21 Gbps speeds.
Features of the Nvidia RTX 4000 family become clear
In the previous information, it was claimed that the new models had a power consumption of 850W. Analysts stated that the test results did not reflect the truth. The RTX 4090 with model number AD102, which is defined as the flagship, is estimated to have a power consumption of 500 to 600W.
Nvidia has started work on the new PCIe Gen 5 technology, which can offer 600W of power per connector. It is stated that the RTX 3090 Ti model, whose introduction has been delayed, will have the same connector as the RTX 4000 series. However, some power supply manufacturers have started to release Gen 5 models to support new generation graphics cards.
Another important leak about the RTX 4000 series is the GDDR technology to be used. It is stated that the company will initially appear in front of users with Ada Lovelace Rev.1 with GDDR6X memory. and SUPER models of the RTX 4000 series will have GDDR7 memory and will be called Ada Lovelace Rev.2. GDDR7 technology, which can offer a transfer rate of 32 Gbps, has a bandwidth of 1 TB / s through 256-bit data. Bandwidth can reach 2 TB/s on 512-bit systems. This value, which is quite high for the GDDR standard, has already managed to excite users.
AD102 18432 96MB 384-bit
AD103 10752 64MB 256-bit
AD104 7680 48MB 192-bit
AD106 4608 32MB 128-bit
AD107 3072 32MB 128-bit
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