Asus UX31E-DH72-RG with Intel Core i7-2677M

The Asus UX31E-DH72-RG laptop PC comes packed with Second Generation Sandy Bridge Intel Core i7-2677M dual-core processor that features 4MB L3 cache and runs at the base clock speed of 1.8 GHz with Turbo Boost. It has an integrated graphics controller dubbed Intel HD Graphics 3000 capable of rendering HD movies with ease.

Asus ZenBook UX31E-XH72 Ultrabook: Core i7-2677M, 256 GB SSD, 2.9 pounds

The Asus ZenBook UX31E-XH72 laptop is packed with 2nd Generation Intel Core i7-2677M dual core processor that has a base clock speed of 1.8GHz and has the ability of overclocking automatically up to 2.9 GHz because of Turbo Boost technology. It has an integrated graphics controller called Intel HD Graphics 3000 which is capable of playing High Definition movies with ease.

11.6-inch Asus ZenBook UX21E-XH71

Asus ZenBook UX21E-XH71 comes with 11.6-inch Active Matrix TFT Color LCD with LED backlight and 1366 x 768 resolution. Under the hood, this Asus ZenBook UX21E-XH71 notebook is packed with 2nd generation Intel® Core™ i7-2677M dual core processor that features a 4MB cache and 1.80 GHz processor speed and smart 4-way processing performance for HD quality computing.

Asus ZenBook UX31E-XH71

Asus ZenBook UX31E-XH71 comes with 13.3-inch Active Matrix TFT Color LCD with LED backlight and 1600 x 900 resolution. Under the hood, this Asus ZenBook UX31E-XH71 notebook is equipped with Sandy Bridge Intel® Core™ i7-2677M dual core processor that features a 4MB cache and 1.80 GHz processor speed and smart 4-way processing performance for HD quality computing.

Toshiba Dynabook R631/W1TD

The Toshiba Dynabook R631/W1TD is powered Second Generation Intel Core i7-2677M that runs at a speed of 1.80GHz but can speed-up up to 2.90GHz depending on the thermal and electrical condition of the system, thanks to TurboBoost Technology! The processor of the laptop also has 4MB Intel Smart Cache. The Core i7-2677M processor supports all performance enhancing and low-power features that come with the Sandy Bridge microarchitecture. Some of those are the HyperThreading technology which allows each CPU core to execute two threads at once thereby increasing the processor performance by almost 20%; Virtualization; and SpeedStep technology which is used to lessen battery power in active mode by lowering CPU clock frequency and core voltage.