Saskatoon, SK
SED Systems is a Canadian advanced technology company specializing in space and communications engineering and custom rf and eletronics manufacturing.
SED has extensive expertise in space, communications, satellite test and control and defense systems engineering and in custom electronic system manufacturing. With proven professional capabilities, a strong renewing technological base, and an international reputation for excellence, SED is well positioned for growth in Canadian and international markets.
SED has been a successful team member on numerous national and international projects. As a result of 31 years experience, SED has the project management skills, systems engineering capability, integrated logistics support, and product assurance procedures in place to meet the highest project standards.
FACILITIES & EQUIPMENT:
SED operations are located in a 11, 600 square meter (125, 000 square foot) custom built facility in Saskatoon.
The facility includes 4, 000 square meters (43, 000 square feet) of manufacturing and integration space, a class 10000 clean room, a 2000 pound force vibration table and a thermal vacuum chamber. The building is fully secure.
The Canadian Space Agency's Telemetry, Tracking, and Command station for RADARSAT is located adjacent to SED's facility.
A partial list of SED's current active customers includes Boeing, Lockheed Martin, Intelsat, Inmarsat, the Canadian Space Agency, the European Space Agency, General Dynamics, Nortel, GM Defense, SEI, Wavecom, FM Radio, the Canadian Department of National Defence, Teleglobe, and Thrane & Thrane.
18 Innovation Blvd.
Saskatoon, SK S7N 3R1
CA
P. O. Box 1464
Saskatoon, SK S7K 3P7
CA
Legal Name: SED Systems - a division of CALIAN Ltd.
Number of Employees: 240
CA
In-orbit Test Systems
Today's modern satellite communications payloads rely on advanced digital signal processing techniques that offer extreme flexibility in signal routing through the satellite network. SED's IOT systems are equally flexible, able to validate performance in all operational configurations, regardless of frequency and power level changes.
New generation low- and medium-earth orbit satellites can be in view of a ground station for only minutes at a time. Numerous complicated measurements must be completed during these limited times while compensating for factors associated with satellite movement relative to the ground station. SED's IOT systems have been used successfully to test these new generation satellites.
SED's IOT systems have pioneered multi-carrier measurement techniques, where a large number of signals can be transmitted to the satellite at the same time. This technique more closely approximates the normal traffic the satellite will see when put into service and permits the measurement of many parameters at the same time, further reducing test durations to get the satellite into service sooner.
SED's test systems support a central control site that can access measurement systems at remote sites around the world over low bandwidth links. This reduces the need to have trained staff located at the remote sites and allows for a concentration of expertise at the customer's main facility.
SED was the first to deliver systems where a signal transmitted from one earth station was received and measured by another earth station thousands of miles away.
SED continues to evolve its IOT product line to meet future challenges associated with evolving satellite communications programs that use higher frequencies and more bandwidth to provide more flexible service applications to a growing global user base.
Satellite Gateways and Network Systems
The cornerstone of our success is the flexibility of implementation. Designed to be easily configured for varying traffic levels and unique customer requirements, our systems can be easily expanded as traffic grows. And, because of the modular nature of the software, modifications to add new services are simplified.
FIRM: SED Systems Inc. Success Stories and Unique Applications
Success Stories In-orbit Test Systems
SED is a world leader in communication satellite testing, having delivered In-orbit Test Systems to the leading satellite manufacturers and service providers around the world. These customers depend on SED's expertise to demonstrate that the heart of their multi-billion dollar communications system is operating as required. Despite competition from companies many times its size, SED is enjoying increasing market acceptance of its IOT systems. We are providing systems to some of the largest satellite manufacturers and operators around the world, customers who are leading the way with new generation commercial satellite programs. A testament to the quality and utility of these systems is the repeat business SED enjoys from these customers as their program requirements evolve to serve new global communications needs.
Satellite Gateways and Network Systems
The proliferation of new satellite communications services for global and regional markets has dramatically increased the demand for reliable network inter-connectivity. SED has met the demand with several innovative system solutions.
We are a leader in the supply of Access Control and Signaling Equipment (ACSE) for Inmarsat M and B services. SED was the first company in the world to be awarded a contract for the supply of an M/B ACSE and the first to have systems carrying traffic in all four ocean regions. SED has since provided M/B gateways to British Telecom, Telstra (Australia) Singapore Telecom, INDOSAT, and VSNL (India). We continue to work closely with them to include new services such as Mini-M and mailbox services, as they are defined and implemented by Inmarsat.
Our Network Systems provide network-level support and control of satellite communications systems. Our Mobility Management systems provide a global registry for all mobile terminals in Inmarsat's global satellite communications network the network to improve access efficiency for users. Our Network Coordination Systems manage Inmarsat's satellite resources by allocating channels between the mobile terminals and the land earth stations, ensuring that precious network resources are utilized efficiently, to improve performance for the user and profitability for the operator.
Title: Director
Area of Responsibility: Management Executive, Domestic Sales & Marketing, Export Sales & Marketing
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Title: Asst. Controller
Area of Responsibility: Finance/Accounting
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Title: Marketing (Manufacturing)
Area of Responsibility: Manufacturing/Production/Operations
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Title: Marketing (Network Management)
Area of Responsibility: Domestic Sales & Marketing, Export Sales & Marketing
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Title: Director of business developement
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Title: President
Area of Responsibility: Management Executive
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Title: Vice President
Area of Responsibility: Manufacturing/Production/Operations
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SEDs manufacturing operation produces high reliability commercial, military and aerospace equipment in low to medium volumes. We are fully qualified and equipped to manufacture multi-layer thru-hole, hybrid and surface mount technology (SMT) circuit card assemblies, complex wire harnesses and cable assemblies. We have an extensive inventory of calibrated state- of-the-art test equipment for testing, tuning and troubleshooting digital and RF electronic assemblies. We are well equipped for high frequency RF work up to 20 Ghz. In addition to building SED designed systems, we perform contract manufacturing services on a consignment or turnkey basis for commercial, military and aerospace customers. We are registered to ISO 9001 and have an Aeronautical Appliance Approval from Transport Canada.
With the launch of RADARSAT in 1995, SED controls and monitors the satellite in orbit under contract to the Canadian Space Agency. SED's team of more than 30 engineers and technicians, located at CSA headquarters and at SED's facility in Saskatoon, have expertise in payload and bus engineering analysis, orbit prediction and maintenance, and payload scheduling.
Network Management Systems provide network-level support and control of satellite communications systems, including VSAT hubs, Network Control Stations and Network Operations Systems. SED has been providing network management systems for over 10 years.
SED has provided specialized ground support equipment (GSE) for space programs for over 15 years. Relying heavily on custom real- time software, these systems are used during the integration and test of spaceflight hardware, and have supported a wide range of applications including communications satellites and payloads, remote sensing payloads, space robotics, and space science instrumentation.
The communications link between mission control facilities and the spacecraft, our Telemetry Tracking and Command Systems are a vital part in the management of space resources. We are providing systems for applications ranging from satellite communications and remote sensing to the control and monitoring of deep space instruments.
We can also include a variety of satellite control functions such as command management and flight dynamics by integrating proven off-the-shelf software packages into the system.
Our Feeder Link Stations transmit audio and data to orbiting satellites which in turn, broadcast the signals to large regional audiences. Whether for television or digital radio applications, SED's up-link systems provide flexible, reliable service to the broadcast industry.
SED has been providing world class satellite test technology since the late 1970s. We now supply a broad range of products to support satellite testing, communications payload monitoring, carrier monitoring and remote earth station verification testing. We also provide expert assistance in satellite test campaigns.
Our In-orbit Test Systems are used after launch of a communications satellite to verify payload performance meets specifications. Our systems use swept techniques and optimized algorithms, resulting in faster, more accurate measurements.
The Satellite Spectrum Monitoring System (SSMS) is used to monitor communications traffic through satellites.
The SSMS is capable of measuring a number of parameters and characteristics of the traffic, displaying the information, and may be remotely controlled and operated from any location.
Now operating in five continents, these systems provide automated monitoring of satellite traffic in order to effectively manage the use of communications payload resources. In addition to the standard configuration, these systems are also available in a transportable version, facilitating verification and monitoring of spot beam satellite systems.
334210, 335311, 541330
ISO 9001
6130011945743
1820-Space Vehicle Components, 5840-Radar Equipment, Except Airborne, 5865-Electronic Countermeasures, Counter- Countermeasures and Quick Reaction Capability Equipment, 5895-Miscellaneous Communication Equipment, 5998-Electrical and Electronic Assemblies; Boards, Cards, and Associated Hardware, 5999-Miscellaneous Electrical and Electronic Components, 6110-Electrical Control Equipment, 6130-Converters, Electrical, Nonrotating, 6320-Shipboard Alarm and Signal Systems
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