Technical Specifications

Description

Philips Strand Lighting is proud to introduce the nextgeneration of DMX512 networking nodes. Following on theheels of the N21 ShowNet nodes, the DMX512 Networkingnodes expand the formats supported to include sACN,Art-Net, RDM, ShowNet, Vision.net and more.

Compact and flexible, these networking nodes provide cost-effective network connectivity for facilities of all sizes. Each node can be dynamically configured for input or output operation or Vision.net bridging. Node status, Node ID, port identification, and configuration are available on the integral LCD display (three-port and eight-port models). The display features a full-range of menu options and the back light are user adjustable.

All Philips Strand Lighting networking nodes featureadvanced DMX512 patching, permitting any range of 512numbers to be selected for each DMX512 port. Prioritypatching with up to three levels of priority assignments isavailable.

  • Compact and cost-effective DMX512 nodes
  • Fast 40 Hz DMX512 update rate
  • Ports may be custom configured with any 512 DMX512addresses for complete system flexibility
  • Ports may be configured to support Vision.net control -bridging to Vision.net areas
  • 10/100BT Ethernet operation
  • Three-port and eight-port nodes provide an integral LCDdisplay provides node and port labeling, node status andconfiguration information
  • Integral LCD display (three-port and eight-port models) isuser adjustable for dark applications
  • 1U rack mount nodes available with eight DMX512 ports -two models either 5-pin Phoenix or 5-pin XLR connectors
  • Nodes are available in wall mount and 1U rackmount variants
  • Single-port and three-port models include back box (forflush or surface mounting), rubber feet, and removableC-Clamp.
  • Single-port node fits into standard single-gang box andthree-port node fits standard two-gang back box
  • Single-port and three-port nodes are fully compliant withIEEE802.3af power over Ethernet
  • Compatible with ShowNet, sACN, Vision.net and Art-Netnodes and control systems