Square Peg Communications Inc.

Address: 200-4017 Carling Ave.
Kanata, ON K2K 2A3
CA

Mailling Address: 200-4017 Carling Ave.
Kanata, ON K2K 2A3
CA

Phone: (613) 271-0044

Fax: (613) 271-3007

Email: Click Here

Map it: Click Here

Website: http://www.squarepeg.ca

Square Peg Communications Inc.

Privately owned Canadian supplier of radio & satellite
communications products to commercial end users, operators and
consumers. Square Peg develops, manufactures and markets ground
and air-borne radio and satellite communications commercial
products.

Company Details

Year Established: 1995

Company Information

Michael Gertsman
Title: President
Area of Responsibility: Management Executive
Telephone: (613) 271-0044
Fax: (613) 271-3007
Email: Click Here

Bob Lyons
Title: Director
Area of Responsibility: Management Executive
Telephone: (613) 271-0044
Email: Click Here

Products

Gnats

Model Scu-2 Satellite Channel Unit

Navlink
This product interfaces with the on-board nav and radio of a mobile platform to provide position and status of other linked platforms. Canadian Coastguard has purchased 80 NavLinks and installed these on its helicopters, ships and aircraft. ConnectIT Category Description: TRANSPORTATION Maritime Transport ConnectIT-keywords: avionics, marine, position reporting, GPS, NavLink, aeronautical

Arinc Form Factor Aeronautical Pc

Ipds Mes Physical Layer Tester (iplt)
The Physical Layer Tester implements the Inmarsat Packet Data Service (IPDS) channels at L-Band to allow communication between the Protocol Tester and the MES under test. In addition, it analyzes the characteristics of the channels received from the MES, and allows channel impairments to be introduced into the channels provided to the MES, to verify compliance with the IPDS performance specifications.

Inmarsat Mini-m/M4 Physical Layer Tester (mplt)
The MPLT replaces Inmarsat's previous Earth Station Test Set (ESTS). It provides Land Earth Station (LES), Mobile Earth Station (MES), and Network Co-ordination Station (NCS) simulation functions, to enable manufacturers to develop and test their MES and LES implementations of the mini-M/M4 system. The MPLT implements the communication channels required to allow the PTT to verify the correct operation of the LES or MES under test. The channels are implemented at IF for LES testing and at L-band for MES testing. The signaling information and user data carried on the channels is normally generated and analyzed by a Protocol Tester. In addition, the MPLT can generate and analyze the signaling information and user data locally, and SCPC user data can be generated and analyzed by external test sets. The MPLT provides a comprehensive scripting language to allow operation in the absence of the PTT. The MPLT provides the additional capabilities of introducing selectable channel impairments into the transmitted signals, and of analyzing the characteristics of the received signals.

Inmarsat Aeronautical Ground Data Unit (gdu)
Inmarsat Aeronautical Ground Data Units (GDUs) are used to supervise the testing of Aeronautical Earth Stations (AESs) against requirements in the Inmarsat Aeronautical System Definition Manual (SDM) and to permit monitoring of Ground Earth Station (GES) and AES performance in an operational system.

Bgan Physical Layer Tester (bplt)
The BGAN Physical Layer Tester (BPLT) is a software application that runs on the generic high-rate Physical Layer Tester (PLTH) platform. The BPLT supports the testing of physical layer performance and protocol implementation of Radio Access Nodes (RANs) and User Terminals (UTs) implementing Inmarsats Broadband Global Area Network (BGAN) service.

Transmit Subsystem
The Transmit Subsystem (TxS) is a generic, high-availability platform for satellite and wireless communication hubs. Using the TxS platform, SPCI can quickly and efficiently deliver a satellite or wireless base station solution for any application, with minimal development risk and cost. The TxS is based on commercial off-the-shelf Compact PCI architecture. Each Compact PCI system is populated with a CPU and a number of SPCI proprietary IF Modem cards that implement the application wireless or satellite channels. IF Modems are DSP-based, allowing them to support a wide variety of channel types, modulation schemes and data rates.

Services