A.Chip design

B.Chip manufacturing

C.Chip packaging test

D.Terminal application

A.UDIMM needs to ensure that the transmission distance between the CPU and each memory particle is equal, so that parallel transmission is effective, and this requires a higher manufacturing process, so UDIMM is lower in capacity and frequency.

B.RDIM supports But fered mode and high-performance Registerd mode is more stable than UDIM, and supports the maximum capacity of server memory,

C.UDIMM, unbuffered dual in-line memory module, the address and control signals go directly to the DRAM chip on the DIM without the buffer, so the price is cheap

D.Compared with RDIMM. LRDIM reduces the load and power consumption of the memory bus, and provides the maximum supported capacity of the memory

A.LVS cluster is mainly composed of three parts: load scheduler, server pool (sefvertboilke er), shared storage (shared storage)

B.The commonly used scheduling strategies of LVS are: round-robin scheduling, weighted round-robin scheduling, minimum number of connections, fast connection response priority, etc.

C.LVS is a virtual server cluster, working at the seventh layer of the network system, using IP load balancing technology and content-based request distribution technology

D.LVS has three working modes: LVS Idiot LVSDR (direct routing), LVS-TUN (tunnel)

A.BMC

B.Smar tProvi sI oning

C.eService

D.Fusi onDirector

A.Nginx+T omcat cluster can handle static file index files and automatic prime

B.Nginx is a high-performance HTTP and reverse proxy server, as well as an IMAP/POP3/SMTP proxy server

C.Nginx+ Tomcat cluster is a non-modular structure, although the deployment is complex but the configuration is relatively simple

D.Nginx is one of the homeware platforms often made by virtual hosting providers