Products

Peak Communications offers greater flexibility with its outdoor mounted units

Peak Communications, which has been exhibiting at ConnecTech Asia for more than 15 years, will be in Singapore to demonstrate a wide range of its equipment, especially its RCU50R series of outdoor mounted units.

These units offer flexible and cost-effective redundancy switch solutions, minimising capex through reduced cross-site control and drive cable costs whilst improving electromagnetic antenna isolation.

They are compatible with most makes of LNA/LNB/BUC/BDC and waveguide switch items, so are ideal for legacy systems and new installations alike. For new installations, Peak can also supply the LNA’s/LNB’s, waveguide switches, mounting plate and so on as a turnkey solution, or customers may supply their own parts.

The RCU50Rseries switching units include latching switches which maintain the RF path configuration in the event of a power failure, rather than pin diode switches which are common in lower grade designs.

DC power is provided for the LNA/LNB/BUC/BDC units whilst current is monitored to establish correct operation and trigger automatic switch-over to the standby unit as necessary. User settable current ‘window’ alarm levels are provided along with ‘live’ monitoring of the current drawn.

Units are separately DC-powered and are fitted with redundant DC inputs as standard. They do not rely upon the often-unreliable and limited modem-derived DC supplies, or hold-up capacitors with limited switching cycles and deteriorating life performance issues.

Reference generation with automatic external reference locking or ‘pass-through’ can be provided for LNB/BUC/BDC units.

Tell-backs from waveguide switches are monitored to ensure correct positioning and operation.

Units are controlled directly via Ethernet with embedded web-page and SNMP support; rack-mounted control panels can also be provided. They also contain local user controls for maintenance purposes, that can be locked-out if preferred.

CommunicAsia, Stand 1U3-07