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21MA001TMX 8
The Lenovo ThinkPad E16 Gen2 is a business laptop encased in a stylish aluminum frame, featuring powerful components, good expandability, and a backlit ThinkPad keyboard. The 16:10 ratio display panel provides additional useful vertical height on the screen, making modern hybrid work even more efficient. With two memory slots, the installed memory can be up to 64GB DDR5. The Intel Core Ultra 5 processor, integrated with Intel® AI Boost technology, supports various AI development interfaces and can run local AI applications more efficiently. A special feature of the device is the free M.2 slot for an additional internal SSD.
Smart Card Reader | N/A |
Fingerprint reader | Yes |
Wi-Fi | Yes |
Bluetooth | yes |
Connections | Audio (3.5mm) |
Internal memory | 16 GB |
Total storage capacity | 512 GB SSD |
Built-in microphone | Yes |
Bluetooth version | 5.3 |
Internal memory type | DDR5 |
Processor family | Intel Core Ultra 5 |
Numeric keypad | No |
Processor model | Intel Core Ultra 5 125U (Max. 4.30GHz, 12M, 12C) |
Built-in camera | Yes |
Touch sensitive screen | No |
Backlit keyboard | Yes |
Intel Virtualization technology | VT-x / VT-d |
Display diagonal, " | 16 |
Graphic adapter | Intel Graphics |
Display resolution, pixels | 1920 x 1200 |
Operating system provided | Windows 11 Pro |
Weight, g | 1810 |
Maximum internal memory, GB | 64 GB |
Processor number of cores | 12 |
Memory clock speed, MHz | 5600 |
Intel HyperThreading | Yes |
Intel vPro | No |
Optical drive | No |
Glossy display | No |
Processor manufacturer | Intel |
Mobile broadband | No |
Battery capacity, Wh | 57 |
Power supply, W | 65 |
WLAN antennas | 2x2 |
Dimensions W x D x H, mm | 356.1 x 247.7 x 19.85 |
Integrated Memory Card Reader | No |
WLAN type | Wi-Fi 6E |
Docking | Thunderbolt |
Dedicated video memory (GB) | Uses system memory |
Number of efficient-cores | 8 |
Number of performance-cores | 2 |
Number of Low Power Efficient-cores | 2 |
Product life cycle CO2 emissions, kg (manufacturer?s estimate) | 214 |
Product life cycle used in emission assessments, years | 4 |