What kind of processor does Toshiba Satellite L850 have?

What kind of processor does Toshiba Satellite L850 have?

Toshiba Satellite L850 Series. Processor: AMD A-Series A6-4400M, AMD E-Series E2-1800, Intel Core i5 3210M, Intel Core i7 3610QM, Intel Core i7 3630QM. Graphics Adapter: AMD Radeon HD 7340, AMD Radeon HD 7520G, AMD Radeon HD 7670M, Intel HD Graphics 4000.

How much does a Toshiba Satellite l850-153 cost?

The Toshiba Satellite L850-153 is equipped with middle-class hardware and targets price-conscious multimedia users. Although it offers a powerful Ivy Bridge CPU and a DirectX 11-ready Radeon HD 7670M, the 15-inch laptop is available at a price starting at 650 Euros (~$840).

What is the difference between Toshiba l855 and l855d?

The L855 series uses Sandy Bridge or Ivy Bridge processors with a HD 7670M, whereas the L855D series employs an A8-4500M with a HD 7640G. Buyers looking for a smaller or larger notebook, will be served well by the Toshiba Satellite L830 (13-inch) or L870/L875 (17-inch).

What are the specifications of the Dell satellite l850-139?

With the exception of the Satellite L850-139 ( Core i5-2450M ), all other models of the series have a dual- or quad-core processor from the Ivy Bridge generation ( Core i5-3210M and Core i7-3610QM respectively). The DDR3 RAM ranges between 4 to 8 GB and the hard disk capacity lies between 500 to 1000 GB.

Is the Dell satellite L850 a good computer?

It needs to be a well ventilated machine considering that it ships with an Intel Core i7-3630QM CPU, a discrete AMD Radeon HD 7670M graphics adapter and a 1TB hard drive. It also has 4GB of RAM installed, with a spare slot free for expansion. We had no issues with the Satellite L850’s performance during our tests.

Is the Dell satellite L850 good for entertainment and multimedia?

The display of the Satellite L850 is far from ideal for an entertainment or multimedia notebook. The Core i5-3210M is a dual-core CPU from Intel’s Ivy Bridge generation, which can process up to 4 threads simultaneously thanks to Hyperthreading technology.