Skip to main content

Actelis introduces ultra-compact all-In-one industrial Ethernet switch and extender

Actelis Networks is establishing its latest ML600Dx family of cost efficient, compact, hardened Ethernet switches, optimised to deliver up to 60 Mbps of Ethernet/ IP traffic over up to four pairs of bonded copper wires and/or fibre. The ML600Dx family offers extremely flexible platforms supporting drop and continue, as well as linear and fast healing ring topologies. These switches are ideal for intelligent traffic network applications. With superior performance, environmental hardening, small form factor
June 13, 2016 Read time: 2 mins
8433 Actelis Networks is establishing its latest ML600Dx family of cost efficient, compact, hardened Ethernet switches, optimised to deliver up to 60 Mbps of Ethernet/ IP traffic over up to four pairs of bonded copper wires and/or fibre. The ML600Dx family offers extremely flexible platforms supporting drop and continue, as well as linear and fast healing ring topologies. These switches are ideal for intelligent traffic network applications.

With superior performance, environmental hardening, small form factor and fanless DIN rail mount design, the ML600Dx devices can be installed almost anywhere and provide high performance broadband over bonded copper. The new products also support the interfaces, protocols and options in terminal servers and PoE that are required for ITS.

Actelis switches include high level authentication and advanced encryption capabilities. The segmented and scrambled Ethernet packets are disseminated over multiple transmission conduits and include sophisticated filtering and access control using layer 2 processes.

For more information on companies in this article

Related Content

  • Benefits of traffic light synchronisation
    January 27, 2012
    Alicia Parkway corridor, located in Orange County, California, was part of Phase 1 of an inter-jurisdictional Traffic Light Synchronisation Programme (TLSP) in Orange County designed to increase mobility and overall drive quality while reducing fuel consumption and greenhouse gas emissions. By increasing average speeds and reducing travel times via the reduction in stops, the programme sought to reduce vehicle acceleration and deceleration events along the corridor; these have been identified as the leadin
  • Centralised traffic control, managing changing traffic demands
    January 23, 2012
    Paul van Koningsbruggen and Dave Marples of Technolution BV describe, using a national example from the Netherlands, how smart add-ons to traffic control centres combine to increase cross-centre capabilities and cost-efficiency. Increasingly, traffic management is becoming the natural partner of the civil engineer, improving flows over existing infrastructure to deliver an alternative to laying more blacktop. As in any emerging market, the first steps towards mature traffic management have not necessarily r
  • Machine vision develops closer traffic ties
    January 11, 2013
    Specifiers and buyers of camera technology in the transportation sector know what they need and are seeking innovative solutions. Over the following pages, Jason Barnes examines the latest developments with experts on machine vision technology. Transplanting the very high-performance camera technology used in machine vision from tightly controlled production management environments into those where highly variable conditions are common requires some careful thinking and not a little additional effort. Mach
  • New from Moxa
    September 12, 2012
    Moxa’s AWK-1121 Series is an IEEE 802.11 a/b/g WLAN client that the company claims offers the most rugged wireless client available in the industrial networking world. Optimised for applications requiring a dedicated wireless client, the AWK-1121 is specially designed to cater for space-constrained, mission-critical demands. With Turbo Roaming to give under-100 ms handoffs, redundant power inputs, and models that operate in temperatures ranging from -40 to 75°C, the device is packaged in an extra slim IP30