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The ROG Ally implements an AMD APU, based on AMD's Zen 4 and RDNA 3 architectures. Two different models of the ROG Ally were released, one with a Ryzen Z1 processor and another with a Ryzen Z1 Extreme. [9] The Z1 CPU runs a six-core/twelve-thread unit and the Z1 GPU runs on four compute units [10] with a total estimated performance of 2.56 TFLOPS.
The CPU runs a four-core/eight-thread unit and the GPU runs on eight compute units with a total estimated performance of 1.6 TFLOPS. Both the CPU and GPU use variable timing frequencies, with the CPU running between 2.4 and 3.5 GHz and the GPU between 1.0 and 1.6 GHz based on current processor needs.
The competing Intel Core i9-10980XE processor has only 18 cores and 36 threads. Another competitor, the workstation-oriented Intel Xeon W-3275 and W-3275M, has 28 cores, 56 threads, and cost more when launched. [citation needed] The 4, 6 and 8 core processors have one core chiplet. The 12 and 16 core processors have two core chiplets.
RDNA 3 is the first RDNA architecture to have a dedicated media engine. It is built into the GCD and is based on VCN 4.0 encoding and decoding core. [21] AMD's AMF AV1 encoder is comparable in quality to Nvidia's NVENC AV1 encoder but can handle a higher number of simultaneous encoding streams compared to the limit of 3 on the GeForce RTX 40 ...
The ROG Phone 8 Pro edition is the most expensive model of the series, and has specifications that are locked at 24 GB of LPDDR5X RAM and 1 TB of UFS 4.0 storage costing €1499.99/USD1,499.99 [4] The visual design differences between the ROG Phone 8, ROG Phone 8 Pro and ROG Phone 8 Pro Edition are focused on the rear of the phone case.
The ROG Phone is an Android gaming smartphone made by Asus and the first generation of the ROG smartphone series. It was announced on June 8, 2018 at the Computex computer expo, [1] being the first Asus smartphone to be targeted mainly to gamers. It competes with the Razer Phone, Xiaomi Black Shark, and ZTE Nubia Red Magic. [2] [3] [4]
The wider front end in the Zen 5 architecture necessitates larger caches and higher memory bandwidth in order to keep the cores fed with data. The L1 cache per core is increased from 64 KB to 80 KB per core. The L1 instruction cache remains the same at 32 KB but the L1 data cache is increased from 32 KB to 48 KB per core.
The CPU core (defined in APM as the CPU clock, cache, system bus and system timers) is treated specially in APM, as it is the last device to be powered down, and the first device to be powered back up. The CPU core is always controlled through the APM BIOS (there is no option to control it through a driver).