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Mesh Networking RF Modules (PAN4561L Series) | Panasonic

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Mesh Networking RF Modules (PAN4561L Series) | PanasonicPanasonic's PAN4561L Series of Mesh Networking RF Modules cost engineered modules are designed for applications of up to 100 feet in range where low power consumption is a requirement. PAN4561L modules are short range alternatives to Panasonic's original extended range PAN4561 Series devices.

The PAN4561L Series can be transformed from simple point-to-point proprietary devices to complex mesh networks by choosing from an array of simple firmware options. Fully featured with 39 I/O lines, sharing a common 62-pin footprint and software, each model hosts the FreeScale MC13213 Software-on-a-chip (SOC), using the same eight-bit GT60 processor as Panasonic's popular PAN4555 and making the product family application-compatible. Optional Synapse SNAP® firmware provides a highly flexible, industry-leading solution for mesh networking with a complete network development environment. Multiple antenna options are available. The Series has FCC, IC, and ETSI certifications.

Features & Benefits:

  • Small Size: 35mm X 15mm X 3.5mm
  • 3 Antenna Options: Single Port 50Ω, Ceramic Antenna or SMD Output
  • Low Power Modes For Increased Battery Life
  • 16 Selectable Channels w/ 250 Kbps (2.4 GHz)
  • High Sensitivity: -92 dBm Typical At 1% Packet Error Rate
  • 20 Dbm Typical Output Power Programmable Over 30 dB Range
  • Low Supply Voltage: 2.7 V To 3.3 V (3.0 V Typical)
  • Operating Temperature Range: -40°C To +85°C
  • Link Quality And Clear Channel Assessment Capability
  • 60k Flash And 4k RAM Memory

Applications:

  • Factory Automation and Control
  • Home Gateways/Home Automation and Control
  • Motor/Lighting Control
  • Inventory and Logistics Management
  • HID (Human Interface Devices)
  • Toys
  • Remote Control and Wire Replacement for Industrial Systems (Wireless Sensor Networks)
  • RFID Tagging
  • Automated Meter Reading
  • Monitoring (Environmental, Patient, Fitness)
  • Proprietary Networking Solutions Using IEEE802.15.4

Additional Information: