A4H254-8F8T Enterasys 网络交换机

A4H254-8F8T  Enterasys 网络交换机

贡献于节能环保

采用内置低功耗平台的ARM?处理器(600MHz、T.I. Cortex-A8)的SoC 「AM3354」，在确保足够执行能力的同时，实现了低消费电力。

减轻维护保全业务的无风扇设计

废除CPU风扇、存储器采用SD卡、完全无转动机构设计。另外，使用产品附带的防水垫圈、防水螺钉设置时，前端部分防止粉尘或异物侵入，能够满足IP65标准的防水规格。极力减少易老化零部件的使用，大幅度减轻了维护保全业务的负担。

节省空间的设计，贡献于装置的小型化

采用5.7英寸LCD的小型、轻量[大约0.8kg]的触摸屏一体型PC机。贡献于装置的小型化。还可利用VESA规格100×100mm标准的安装结构，安置在LCD支架。

配置USB、LAN等计算机的标准扩展接口

配置了USB×1、100BASE-T×1、RS-232C×1等接口机能。同时附带各个接口的驱动软件。

附带支持系统开发的软件工具“CONTEC Manager”

配置了FTP服务器机能、时间表功能、利用NTP的自动时间调整机能、Auto RUN机能等，有助于构件系统的软件工具“CONTEC Manager”。

随着时间的推移，CPU倾向于吸收最流行的协处理器的功能。现在，fpu被认为是处理器主流水线不可分割的一部分；SIMD单元加速了多媒体的发展，取代了各种各样的角色死后无子女。加速卡；甚至绘图处理器已经集成在CPU芯片上。尽管如此，在台式机之外，专用单元仍然很受欢迎，用于额外的功能，并允许独立于主处理器产品线的持续发展。

一；一个人工智能加速器是一类专门的硬件加速器[1]或计算机系统[2][3]旨在加速人工智能和机器学习应用程序，包括人工神经网络和计算机视觉。典型应用包括以下算法机器人学,物联网，以及其他数据-密集型或传感器驱动的任务。[4]他们经常是多核设计，通常侧重于低精度算术，小说数据流架构或者内存计算能力。截至2018年，典型的人工智能集成电路芯片包含数十亿关于金属氧化物半导体场效应晶体管晶体管。[5]此类设备有许多特定于供应商的术语，它是一个新兴技术没有主导设计。

A4H254-8F8T  Enterasys 网络交换机

Contribute to energy conservation and environmental protection

ARM with built-in low-power platform? The SoC 「AM3354 "of the processor (600MHz, T.I. Cortex-A8) ensures sufficient execution capacity and realizes low power consumption.

Fan-free design to reduce maintenance and security business

The CPU fan is abolished, the memory is designed with SD card and no rotating mechanism at all. In addition, when the waterproof gasket and waterproof screw attached to the product are used, the front part can prevent dust or foreign matter from invading, which can meet the waterproof specification of IP65 standard. Try to reduce the use of aging parts, greatly reducing the burden of maintenance and security business.

The space-saving design contributes to the miniaturization of the device.

A small, lightweight [about 0.8kg] touch-screen integrated PC with a 5.7-inch LCD. Contribute to the miniaturization of the device. You can also use VESA standard 100×100mm installation structure to install on the LCD bracket.

Configure standard expansion interfaces of computers such as USB and LAN.

The interface functions such as USB×1, 100BASE-T×1 and RS-232C×1 are configured. At the same time, the driver software of each interface is attached.

Comes with a software tool "CONTEC Manager" to support system development.

It is equipped with FTP server function, schedule function, automatic time adjustment function using NTP, Auto RUN function, etc., which is helpful to the software tool "CONTEC Manager" of component system.

Over time, CPU tends to absorb the functions of the most popular coprocessor. At present, fpu is considered as an inseparable part of the processor's main pipeline; SIMD unit accelerates the development of multimedia, replacing all kinds of characters who have no children after death. Accelerator card; Even the graphics processor has been integrated on the CPU chip. Nevertheless, outside the desktop, dedicated units are still very popular for additional functions and allow the continuous development of product lines independent of the main processor.

One; An artificial intelligence accelerator is a special kind of hardware accelerator [1] or computer system [2][3] aimed at accelerating artificial intelligence and machine learning applications, including artificial neural networks and computer vision. Typical applications include the following algorithms: robotics, Internet of Things, and other data-intensive or sensor-driven tasks. [4] They are often multi-core designs, usually focusing on low-precision arithmetic, novel data flow architecture or memory computing power. As of 2018, typical artificial intelligence integrated circuit chips contain billions of transistors about metal oxide semiconductor field effect transistors. [5] This kind of equipment has many vendor-specific terms, and it is an emerging technology with no dominant design.