Linux Ultra-High Frequency (UHF) RFID Industrial All-in-one Machine FU-Astra-M
FU-Astra-M9 is an integrated commercial-grade reader with ThingMagic's excellent M6e-Micro module as its core. It features an ABS casing, a built-in 9dbi circularly polarized antenna, and offers an IP67-rated power interface and one network port or one serial port for data transmission. It also supports a TNC connector that can be externally connected with one antenna, is easy to install, and can adapt to harsh working environments with high and low temperatures all day long.
- Overview
- Specifications
- Recommended Products
Overview
The main uses and application scope of the RFID industrial all-in-one machine FU-Astra-M9
The FU-Astra-M9 is embedded with a Linux system, which can automatically and real-time transfer data. It has 128MB of flash memory and 128MB of DRAM, and supports a maximum tag cache of 10Mbits. It comes with a built-in database. When there is a network anomaly, the database automatically stores the tag detection data.
FU-Astra-M9 fully leverages the algorithmic advantages of Thingmagic RFID modules, featuring excellent compatibility with tag chips. Supports sensor tag chips such as Alien H3, Impinj M series, NXP G2x*&G2i* series, as well as IDS Cool Log, RFMicron, Farsens, etc. The tag compatibility is unique in the industry. Support multiple protocols including EPC Gen2 &ISO 18000-6C, EPC ISO 18000-6B*, IP-X*, Gen2v2, AEI ATA* and many other RFID protocol standards.
FU-Astra-M9 fully supports the ThingMagic Mercury API embedded operating system, provided. The SDKS of NET and Java can easily customize interfaces, thereby enabling the necessary control over readers.
Features & Benefits
• Operating system Linux 4.4 (700mHz, 256 MB DDR, 256 MB Flash )
• Built Around Proven ThingMagic Technology
• Based on Mercury API software support
• World-wide frequency coverage
• Reads up to 750 tag /s
• Independent read and write RF controls
• Power signal ESD:
• 8kV (contact);
+15kV (air)
• Antenna signal ESD:
+2kV (contact);
+15kV (air)
• Optically Isolated Inputs *1 & Outputs *1
• Operating Temperature: -40°Cto+60°C
• Storage Temperature -40°Cto+85°C
• Humidity: 5% to 95% (non-condensing)
• Degree of protection: IP67
• Programming Interface: Java, C,
Specifications
| Tag/Transponder Protocols | |||
| RFID ProtocolSupport | ISO18000-6C (EPC Class1 Gen 2) / ISO18000-6B/IP-X/Gen2v2/AEI ATA(ISO18000-6B/IP-X/AEI ATA, Need to pay license) | ||
| UHF RFID Anten | na Interface | ||
| Antenna | Integrated 9dBi*1 Antenna, 865 to 960 MHz/5dBi*1 Wifi Antenna (optional) | ||
| Ext. Interface | RP-TNC*1 connector | ||
| RF Power | Separate read and write levels, command adjustable from -5 dBm to 30 dBm* in 0.5 dB steps, accurate to +/-1 dBm | ||
| Regulatory |
FCC (NA, SA) 902-928 MHz/ETSI(EU)865.6-867.6 MHz/TRAI(India)865-867 MHZ/ KCC(Korea)917-920.8 MHz/ ACMA (Australia) 920-926 MHz/ SRRC-MII (P.R.China) 920-925 MHz/MIC (Japan)916.8-923.4 MHz 'Open' (Customizable channel plan; 865-869, 902-928 MHZ) |
||
| Data/Control/Wireless Interfaces | |||
| WIFI | 802.11 a/b/g/n (optional) | ||
| Connector | RJ45 (10/100 Base-T Ethernet) / SMA M (optional) | ||
| Cable | 5.0mm Power/GPIO*2 | ||
| Reset | Power Off | ||
| Physical | |||
| Dimensions | 258*258*100mm | Weight | 2.26 KG |
| Power | |||
| DC Power | 12VDC, Max DC power: 20 W | ||
| Environment | |||
| Temperature | Operating: -20℃to+60℃; Storage: -40℃to+85℃ | ||
| Humidity | 5% to 95% (non-condensing) | ||
| RFID performance | |||
| Max Tag Cache | >10M bits | ||
| Max Tag Read | >750 tag/s | ||
| Max EPC ID | 512 bits | ||
| Architecture | |||
| Processor | Arm-Cortex A7/Freescale i.Max (700mHz,256 MB DDR, 256 MB Flash ) | ||
| Operating System | Linux 4.4 | ||
| Networking | TCP/IP or WIFI | ||
| Security | SSL/SSH -based security | ||
| Programming Interface | |||
| Host API | Java, C | ||
| Cortification and | Safoty | ||
| Certification | Thingmagic M6e-Micro Module: FCC47 CFR CH.1Part15 | ||
| Other | ROHS | ||
| Ordering Information | |||
| TCP/IP | FU-Astra-M9 | ||
| WIFI | FU-Astra-M9-WIFI | ||