The IMACS product line, first introduced in 1992, has shipped over 100,000 units. It is designed for reliability and flexibility. It has been used in every sector, including telephone companies, utilities, armed forces, and local and federal government, and has not only the standard features you would expect, but also many subtle features needed by industry. This means that a particular option on voice card, for example, loop start with forward disconnect, ground start with answer supervision or loop start-R2 (for International use), is likely to be already built into the product. The IMACS has been installed in countless applications. Many are mission critical, including SCADA, public safety (ie: 911 networks), SS7 network, power companies, and navy aircraft carriers, to name a few. Here you will also find the Zhone IMACS Datasheets, Manuals and Reference Guides.
This unit was designed and engineered around power company requirements. It is sub-station hardened (IEEE 1613), has C37.94 optical ports and designed with NERC requirements in mind.
2U high, all-in-one architecture (No plug-in cards)
The SkyZhone metro Wi-Fi system gives network operators the means to utilize Wi-Fi to deliver a truly capable and reliable multi-service network. SkyZhone is line powered from the CO or remote terminal via a standards-based DSL line. The same copper pairs that provide power also provide high-speed backhaul. SkyZhone uses the IEEE 802.3ah Ethernet in the First Mile (EFM) standard to provide up to 22 M/bps backhaul.
The SkyZhone-70 provides the means to dramatically reduce installation costs for video surveillance systems by removing the requirement for permits and electrical contractors for the installation of the typical video surveillance system. This often results in tremendous savings in both time and money. The traditional install can take months; with the SkyZhone-70, a new video surveillance system can be up and functioning within days.
Part of Zhone's acquisition of Paradyne. the EtherXtend provides solutions for point-to-point applications requiring Ethernet connectivity over copper (either SHDSL, T1 or E1). It allows multiple circuits to be bonded together for higher-capacity Ethernet WAN connections.
The first family of access concentrators to extend the multi-service network across the last mile, combining traditional voice, voice-over-packet and broadband data in a true carrier-class access platform.