AMEYA360:Industrial Shields WEIDOS MKR1010/ESP32 Based <span style='color:red'>PLC</span> Controllers
  WEIDOS MKR1010/ESP32 Based PLC Controllers are designed for simple control and data storage applications in installations. These PLC controllers incorporate different communications for use in IoT solutions. The WEIDOS PLC controllers come in two main CPU variants, the MKR1010 and the ESP32.      These PLC controllers operate within the 11.4VDC to 25.4VDC voltage range and 0°C to 60°C temperature range. The WEIDOS PLC controllers measure 114mm x 46mm x 127mm (H x W x H) and weigh around 350g. These controllers are RoHS, LVD, EMC, and RED compliant.  FEATURES  CPU:  CPU type:  Arduino MKR1010  Espressif ESP32  Memory:  Arduino: 256kB (internal) - CPU FlashMemory and 32kB - SRAM  ESP32: 448kB - ROM, 520kB - SRAM, and 16kB - SRAM in RTC  512kB EEPROM  IP20 protection rating  Communication interfaces:  External buses available:  Ethernet  I2C  SPI  RS485 half-duplex or UART interface (configurable via DIP switches)  Wireless communications:  BLUETOOTH? and Wifi in all references  LoRa, GPRs, and NBIoT, depending on the reference  SPECIFICATIONS  Power Supply:  1.4VDC to 25.4VDC operating voltage range  30W maximum power  Environmental Conditions:  0°C to 60°C operating temperature range  -20°C to 60°C storage temperature range  An environment with no corrosive gas  10% to 90% (non-condensation) operating humidity  114mm x 46mm x 127mm (H x W x H) dimensions  350g weight  Directives:  RoHS  LVD  EMC  RED
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Release time:2023-05-09 10:25 reading:1954 Continue reading>>
Panasonic Next-Generation <span style='color:red'>PLC</span> Technology Approved as Baseline Specification by IEEE P1901.3 Working Group
Panasonic Corporation announced that it has presented its fourth-generation scalable HD-PLC(*1) technology to IEEE Standardization Working Group(*2). This technology enables communications over longer distances and improves communication speeds by controlling the range of frequencies in use. Following the Working Group’s deliberations, specifications using this technology as the technical baseline have been approved as an IEEE P1901.3 Working Document.The baseline technology included in the approved IEEE P1901.3 Working Document is based on the technology (standard mode) already adopted for the IEEE 1901 standard, using Panasonic’s unique Wavelet OFDM format, but includes a new function (2x/4x modes) which broaden the communication band by a factor of two or four. The 2x mode achieves a communication speed of 500 Mbps, while the 4x mode – which requires coaxial wires or other specialist wires – achieves a maximum communication speed of 1 Gbps.(*3) The new function also enables to narrow the communication band by another factor of two or four (1/2x, 1/4x) from the standard mode. Narrowing the communication band reduces communication speed, but by concentrating energy into a narrow band frequency, communication distance can be lengthened by up to about two times compared to the standard mode.(*4) By enabling to switch between different modes, this technology can flexibly meet the specific needs of each individual customer, and bring HD-PLC technology to a broader range of uses.The IEEE P1901.3 technology is labelled Internet of Things (IoT) PLC. It can be used both in homes, and within large-scale networks covering everything from larger buildings and factories to entire social infrastructures. It is anticipated that the technology will be used in a wide range of fields in future.Panasonic will continue to provide user convenience by ensuring connectivity with existing HD-PLC products, and developing a PLC technology that can operate in harmony with other formats. The company will also work through organizations such as the HD-PLC Alliance(*5) to ensure mutual connectivity with IEEE P1901 Series products, and continue to supply PLC products that users can use with confidence.Notes)1. HD-PLC is the name of a high-speed Power Line Communication (PLC) system created by Panasonic Corporation, and is a trademark or registered trademark in Japan and other countries.2. The standardization Working Group relating to Power Line communications standards under IEEE (Institute of Electrical and Electronics Engineers).3. 500 Mbps and 1 Gbps are theoretical maximum physical speeds.4. Maximum communication distance varies depending on communication environment conditions.5. Established on September 25, 2007 with the aim of ensuring communications compatibility and widespread adoption of HD-PLC high-speed Power Line Communication technology.
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Release time:2018-07-04 00:00 reading:2508 Continue reading>>

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