AMD E2-3000
The AMD E2-3000 is a portable dual-core Processor for low-end subnotebooks, which was exhibited in mid-2013. Notwithstanding 2 CPU centers with a base clock velocity of 1.65 GHz (no turbo), the 28-nanometer chip additionally incorporates a Radeon HD 8280 GPU, a solitary channel DDR3L-1600 memory controller and also the Southbridge with different I/O-ports.
Design
Both Kabini (for journals) and Temash (tablets and smaller subnotebooks) depend on AMD's new Panther design, which replaces the past Wildcat models (e.g. the E-350). As indicated by AMD, the execution per clock has been expanded by around 15 percent. Besides, different present day guideline set augmentations, for example, SSE up to variant 4.2, AVX and AES are currently upheld. The better 28-nanometer process from TSMC permits lower voltages and/or higher clock rates contrasted with Catamount, and up to 4 CPU centers (Wildcat: 2 centers).
Performance
Contingent upon the application, the execution of the E2-3000 is some place between a Pentium 2129Y and a Celeron 867. For office and sight and sound errands, the E2-3000 has adequate force; be that as it may, it will rapidly achieve its points of confinement in additionally requesting applications or multitasking.
Graphics
The SoC incorporates a Radeon HD 8280 GPU with 128 shaders, which depends on the GCN design. The center is timed at 450 MHz (no turbo). By and large, the HD 8280 places marginally beneath the HD Representation 4000 or a committed GeForce GT 520M. Just a couple of late diversions (starting 2013) are in this manner playable. Be that as it may, more established and less requesting recreations will run easily.
Power Utilization
The force utilization of the whole SoC is appraised at 15 watts. In this way, the E2-3000 is most appropriate for 12-inch journals or bigger.
The AMD E2-3000 is a portable dual-core Processor for low-end subnotebooks, which was exhibited in mid-2013. Notwithstanding 2 CPU centers with a base clock velocity of 1.65 GHz (no turbo), the 28-nanometer chip additionally incorporates a Radeon HD 8280 GPU, a solitary channel DDR3L-1600 memory controller and also the Southbridge with different I/O-ports.
Design
Both Kabini (for journals) and Temash (tablets and smaller subnotebooks) depend on AMD's new Panther design, which replaces the past Wildcat models (e.g. the E-350). As indicated by AMD, the execution per clock has been expanded by around 15 percent. Besides, different present day guideline set augmentations, for example, SSE up to variant 4.2, AVX and AES are currently upheld. The better 28-nanometer process from TSMC permits lower voltages and/or higher clock rates contrasted with Catamount, and up to 4 CPU centers (Wildcat: 2 centers).
Performance
Contingent upon the application, the execution of the E2-3000 is some place between a Pentium 2129Y and a Celeron 867. For office and sight and sound errands, the E2-3000 has adequate force; be that as it may, it will rapidly achieve its points of confinement in additionally requesting applications or multitasking.
Graphics
The SoC incorporates a Radeon HD 8280 GPU with 128 shaders, which depends on the GCN design. The center is timed at 450 MHz (no turbo). By and large, the HD 8280 places marginally beneath the HD Representation 4000 or a committed GeForce GT 520M. Just a couple of late diversions (starting 2013) are in this manner playable. Be that as it may, more established and less requesting recreations will run easily.
Power Utilization
The force utilization of the whole SoC is appraised at 15 watts. In this way, the E2-3000 is most appropriate for 12-inch journals or bigger.
| Series | AMD E-Series |
| Codename | Kabini |
| Clock Rate | 1650 MHz |
| Level 1 Cache | 128 KB |
| Level 2 Cache | 1024 KB |
| Threads | 2/2 |
| TDP | 15 Watt |
| Fabricating Technology | 28 nm |
| Features | SSE (1, 2, 3, 3S, 4.1, 4.2, 4A), x86-64, AES, AVX, DDR3L-1600 |
| 64 Bit | 64 Bit support |
| Equipment Virtualization | VT |
| Launch | 05/23/2013 |
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