Samsung Electronics Co., Ltd.

Hyunwoo Cho

Taejin Kim

Seongyoung Ryu

Tae Gon Park

Cholmin Kim

Jungyoung Kim

Sengsub Chun

Jongil Hwang

Kicheol Lee

Kab Joo Lee

Soojoo Lee

Disclosed is an operation method of a storage device which includes a write booster buffer and normal storage. The operation method includes writing first write data received from a host device in the write booster buffer, and selectively performing a flush operation on write booster buffer, in which the first write data stored in the write booster buffer are flushed to the normal storage, based on a device temperature of the storage device. Memory cells included in the write booster buffer are configured to store 'n' bits (n being a natural number), and memory cells included in the normal storage are configured to store “m” bits (m being a natural number more than n).

Storage device, operation method of storage device, and operation method of host device

A receiver circuit includes data lane modules, a clock lane module, a bias current controller and a link layer. Each of the data lane modules receive respective data signals. The clock lane module receives clock signals and provides each of the data lane modules with a respective divided clock signal among divided clock signals. The bias current controller controls a clock bias current. The link layer provides a bias control signal to the bias current controller and provides clock gating signals to the clock lane module, based on low power data signals and low power clock signals. The bias current controller, based on the bias control signal, provides the clock bias current having a first magnitude to the clock lane module in a second power mode and provides the clock bias current having a second magnitude to the clock lane module in a third power mode.

Receiver circuits

Wireless terminals that are configured to communicate over a wireless local area network include a data processor and at least one MAC control unit that is responsive to the data processor that controls communications with an access point over first and second communications channels. The wireless terminals may further include a first interface between the at least one MAC control unit and the first communications channel and a second interface between the at least one MAC control unit and the second communications channel.

Wireless terminals supporting communications with an access point over separate wireless channels and related wireless systems

A method and apparatus for a hybrid network device for performing in a virtual private network (VPN) and a wireless local area network (WLAN) are provided. The hybrid network device comprises a VPN module serving as a VPN hardware accelerator in a WLAN module, which performs in the WLAN, wherein the hybrid network device integrates WLAN and VPN capabilities into one device.

Method and apparatus for a hybrid network device for performing in a virtual private network and a wireless local area network

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Kyungki-do, South Korea

Hyunwoo Cho