VMIACC-5595-208¤Ï®g¤º¦s8ºÝ¤f¥æ´«¾÷GE

GE VMIACC-5595-208 ¬ü°ê³q¥Î¹q®ð¼Ò¶ô

VMIACC-5595-208³q¥ÎGE¤Ï®g¤º¦s¥æ´«¾÷

ACC-5595¤Ï®g¤º¦s¥æ´«¾÷ºôµ¸»P¶Ç²Îºôµ¸¤ñ¸û

VMIACC-5595-208³q¥ÎGE¤Ï®g¤º¦sHUB¤KºÝ¤f¦h

VMIACC-5595-208³q¥ÎGE¤Ï®g¤º¦sHUB¤KºÝ¤f²£«~°Ñ¼Æ

VMIACC-5595-208³q¥ÎGE¤Ï®g¤º¦sHUB¤KºÝ¤fÀ³¥Î³õ´º

GE³q¥Î¹q®ð VMIACC-5595-208 ¤KºÝ¤f¥úÅÖºô¥æ´«¾÷³ø»ù°Ñ¼Æ

GE VMIACC-5595-208 ­ì¸Ë8ºÝ¤f¦h¼Ò¤Ï®g¤º¦s¥æ´«¾÷§Þ³N­ì²z

VMIACC-5595-208 ¥H¤Óºô¥æ´«¾÷ GE/³q¥Î¹q®ð»ù®æ¡B¹q¸Ü¡B¹Ï¤ù

¤Ï®g¤º¦s¥æ´«¾÷ACC-5595-208 8ºÝ¤f¦h¼Ò ¦hºÝ¤f¤Ï®g¤º¦sHUBÀu¶Õ

VMIACC-5595-208¬OGE Fanuc 90-30«Y¦Cªº¤@´Ú8ºÝ¤f¤Ï®g¤º¦s¥æ´«¾÷¡A±M¬°¤u·~¹ê®É³q«H³]­p¡A¥H¤U¬O¨ä®Ö¤ß°Ñ¼Æ»PÀ³¥Î«H®§¡G

?¤@¡B®Ö¤ß°Ñ¼Æ?

1. ?ºÝ¤f°t¸m?

• 8­ÓSFP¥úÅֺݤf¡A¤ä«ù¦h¼Ò¡]300¦Ì¡^©Î³æ¼Ò¡]10¤½ùØ¡^¶Ç¿é¡Aªi¯S²v2.125Gbps¡A¤j¶Ç¿é³t²v174MB/s¡C

• ¤ä«ù¬P«¬/Àô«¬©Ý¼³µ²ºc¡A¥i¯ÅÁpÂX®i¦Ü256­Ó¸`ÂI¡C

2. ?¹ê®É©Ê¯à?

• ¸`ÂI¶¡©µ¿ð§C¦Ü¦Ê¯Ç¬í¯Å¡A¼Æ¾Ú¦P¨B®É¶¡¥i¹w´ú¡]¨å«¬­È2.1£gs¡^¡C

• ¦Û°Ê®Ç¸ô¬G»Ù¸`ÂI¡A¤Á´«®É¶¡<50ms¡A½T«Oºôµ¸°ª¥i¥Î©Ê¡C

3. ?µw¥ó¯S©Ê?

• ªO¸ü128MB/256MB¤º¦s¡]¥i¿ï¡^¡A¤ä«ùPCI/PCIE/CPCI±µ¤f¤Ï®g¤º¦s¥d¡]¦pPCI-5565PIORC¡^¡C

• 1U¾÷¬[¦¡³]­p¡A¤Ø¤o483mm¡Ñ425mm¡Ñ254mm¡]¼e¡Ñ°ª¡Ñ²`¡^¡C

?¤G¡BÀ³¥Î³õ´º?

1. ?¤u·~¦Û°Ê¤Æ?

• ¥Î©óPLC»P¤À¥¬¦¡I/O¯¸ªº°ª³t¼Æ¾Ú¦P¨B¡A¦p¨T¨®²k±µ¾÷¾¹¤H­y¸ñ±±¨î¡]ºë«×¡Ó5mm¡^¡C

• ¤ä«ù2000+«H¸¹±Ä¶°¡A¾A¥Î©ó¤Æ¤u¤ÏÀ³°y·Å«×/À£¤OºÊ±±¡C

2. ?­À¯u´ú¸Õ?

• ¥b¹êª«­À¯u«Y²Î¤¤¹ê²{µw¥ó¦bÀô¡]HIL¡^´ú¸Õ¡A¼Æ¾Ú¨ê·s²v 1kHz¡C

• ­¸¦æ­À¯u«Y²Î©µ¿ð<1ms¡Aº¡¨¬¹ê®É©Ê­n¨D¡C

3. ?¯à·½»P¹q¤O?

• ¥ú¥ñ¹q¯¸°fÅܾ¹³q«H¡]PROFINET¨óij¡A©µ¿ð<10ms¡^¡C

• µo¹q¼t´õ½ü¾÷ºÊ±±¡A¤ä«ù7¡Ñ24¤p®É¹B¦æ¡C

?¤T¡B­Ý®e©Ê»P°t¸m?

• ?³n¥ó¤ä«ù?¡G­Ý®eWindows/Linux/VxWorks«Y²Î¡A´£¨ÑProficy Machine Edition½sµ{¤u¨ã¡C

• ?ºÞ²z¥\¯à?¡G³q¹LRS232ºÝ¤fºÊ±±ºôµ¸ª¬ºA¡A¤ä«ù¤â°Ê¸T¥ÎºÝ¤f¶Ç¿é¡C

• 
  

IC3600AMLG1

IC3600AOAB1

IC3600EPSE2

IC3600EPSX1

IC3600KRSE2

IC3600KRSS1A

IC3600LINB1

IC3600LIVD1

IC3600PTJA4

IC3600SLEH1B

IC3600SLEH1G1

IC3600SOTE1

IC3600SSLA1

IC3600SSVA1

IC3600SSVB1

IC3600SSVD1

IC3600STKA1

ACS550-01-087A-4

ACS580-01-018A-4

ACS880-01-017A-3

ACS880-01-045A-3+B056+E202+K454

ACS880-01-087A-3

ACS880-01-12A6-3+E202+K475

 ACS880-01-293A-3

ACS880-01-430A-3

ACS880-04-725A-3

PSTX720-600-70

3AUA0000050961

7MF1570-1FA01     2

¼Ò¶ô 6SL3224-0BE24-0UA0   1­Ó

¼Ò¶ô 6SL3224-0BE23-0UA0    1­Ó

6ES7416-2XK02-0AB0??1¥u

6SL3210-1SE16-0AA0??1¥u

¤TµÙ ?FX2N-48MR-001/¹qÀ£AC85-264V??1¥u

A06B-6082-H206#H512 

A66L-2050-0025#B

A02B-0236-C231 

A90L-0001-0444/RS 

NE-2002-105-DC3     

NE-2002-105-007   

GE  VMIACC-5595-208

¾÷½ ¡P ³q¥Î»â°ì

VMIAC-5595-208 Reflective Memory Switch Product Overview

VMIAC-5595-208 is an 8-port fiber optic reflective memory switch, belonging to the 5595 series network hub. It is the core device for data exchange in reflective memory networks. Product aliases include PCI-5565, VMIPCI5565, PCIE-5565, VMIC5565, etc. It is mainly aimed at the field of environmentally friendly materials, supporting 0.1 level accuracy, and the brand involves GE/General Electric.

VMIAC-5595-208 Reflective Memory Switch Core Features

Ports and configurations: 1 to 8 ports can be configured, supporting two modes: 1x8 ports or 2x4 ports; The pluggable transceiver supports single-mode or multi-mode modes.

Network function: As the core of the reflective memory network, it supports automatic bypass of faulty or disconnected reflective memory nodes to ensure stable network operation.

Control and management: The device status can be understood and controlled through the serial port.

Application of VMIAC-5595-208 in Reflective Memory Network

Network composition: The fiber optic reflective memory network consists of three parts: network card, router, and fiber optic. The router usually chooses the VMIAC-5595 model, and the corresponding model of the network card is VMICCI-5565 from VMIC company.

Performance parameters: The maximum transmission speed of the fiber optic reflective memory network is 170Mbyte/s, and it can support up to 256 nodes.

Network configuration: There are two types of configurations: ring and star. In practical applications, a hybrid structure is often formed by combining the two configurations, with the top layer being ring and the bottom layer being star. The system's main control and scheduling computer and router form a top-level ring network, and each device computer is connected to the router to form a bottom node. The advantage of this hybrid structure is that the system clock information sent by the main control computer reaches each node in a short and consistent time, which is conducive to the synchronous operation of system devices; Allow skipping unnecessary nodes, so that some device nodes that are not needed in certain experimental configurations do not need to be turned on and run. Industrial grade router

Fiber selection: When the system uses multimode fiber, the maximum transmission distance between nodes is 300 meters, which can meet the wiring requirements of the laboratory. However, the top-level ring network is actually quasi ring, and the top-level wiring must occupy two ports of each router.

Characteristics of VMIAC-5595-208 Related Reflective Memory Technology

Working mechanism: The local host performs write operations on the reflected memory address space, which is a port of the local memory. The RFM board automatically sends new data out from the fiber port connected to the ring architecture network at a working rate of 2.1G baud rate. After the next RFM board in the network receives the data, its local memory will be updated within 400ns

Software advantage: RFM products do not require writing or testing any application code, writing corresponding documents, maintaining assembly and decoding information, or parsing data from input information. This can greatly save software development costs, product launch time, and reduce software costs.