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Traders operating in the financial markets usually converge in a room known as the trading floor or trading room. The trading floor is made up of desks that share a large open space. Each desk, formally called a trading desk, specializes in a security type or market segment. Trading desks are where buying and selling of securities occur on the ground floor. Before the 1970s, many banks split their capital markets business into many different departments across several regions. These institutions began consolidating these departments in the 1970s following the launch of the NASDAQ, which required all investment firms to have equity trading desks. Today, many asset managers outsource their trading desks to these larger institutions. (Source: Investopedia) Access Series C-100: Sustema manufactures trading desks tailored to the needs of the financial sector. The Access series C-100 includes: Height-Adjustable Surface Integrated USB/Ethernet/Power Ports Wireless Chargers Secured CPU Enclosure Smart Cable Management 6-8+ CPU Monitors Custom Configuration & Designs Connect with one of our representatives to request a quote or product specifications. Source: https://www.investopedia.com/terms/t/tradingdesk.asp

What is a Command Center? Command centers serve as a centralized space to monitor, control and operate operations. Due to the sensitive nature of certain application, command center are often highly secured and designed to ensure the performance of daily operations under various circumstances 24/7/365. Often referred to as “CC”, command centers are used in multiple applications including air traffic control, network operations, security and process control. The command center being one of the most critical areas of organizations, each industry requires unique tools to effectively manage its operations. In this article, we will review different types of command centers based on different applications. Network Operation Centers (NOC) Also known as “Network Management Center”, network operation centers serve to monitor and troubleshoot specific network or software related issues. NOCs responsibilities may include the software distribution, router updates, domain management, software DDoS attacks troubleshooting, power outage and network failure repair. Tasks are performed by IT technicians over computer, telecommunications or satellite networks. IT service providers (MSP) use NOCs to ensure 24/7 service for their clients. MSP NOCs can be maintained in-house, outsourced to a third-party, or use a mix of both solutions. If an issue were to occur, NOC IT technicians are trained to quickly identify the origin of the failure and reduce down times which result in large capital or physical damages for organisations. In terms of the layout, IT technicians to work with multiple monitors thereby requiring specialized furniture solutions such as consoles, video walls portray details of highly significant alarms, ongoing incidents and general network performance. Other common equipment found in network operation centers includes KVMs, rack installations, IP-PDU setup, and server cabling that ensure the reliability of the network. Learn more about Sustema's command center consoles & technical furniture. Emergency Operation Centers (EOC) / PSAP Emergency operations centers (EOC) are central command and control center facilities in charge of managing emergencies during critical events. EOCs are found in many nations at the government level as well as in corporations dealing with a large number of employees and assets. EOCs may be located near emergency communications center (ECC) also known as a public safety answering point or PSAP. PSAPs are in charge of answering 911 emergency calls and providing help to callers. 911 dispatchers redirect the calls to the relevant agencies; For instance, firefighters, police, medical and ambulance services. Organizations such as the National Emergency Number Association (NENA) and the Association of Public-Safety Communications (APCO) are responsible for setting industry standards and advancing the implementation of new technologies in the industry. For instance, the Next Generation 9–1–1 (NG911) is an initiative which will enable PSAPs to respond to text messages, images, and video. Learn more about Sustema's ergonomic dispatch consoles adapted to the needs of 911 dispatchers and call takers in the PSAP. Security Operation Centers (SOC) Security operations centers commonly knows as the SOC is a specialized facility in charge of managing security issues within a building, facility or operation. SOCs are often equipped with data processing technology to monitor and control various functions including alarms, doors, and entry barriers. Similarly, information security operations centers also referred to as ISOCs are dedicated departments in charge of handling critical information systems and endpoints surveillance. SOCs can be found in airport customs, law enforcement and various other agencies requiring some degree of 24/7 surveillance capabilities. The SOC ensures that security protocols are being followed during critical events as they are the first to be notified of incidents. For example in an airport, the SOC is responsible for handling issues pertaining to contraband, weapons, hazardous materials but also issues regarding flight delays, passenger injuries, and damaged equipment. SOC infrastructures are equipped to protect sensitive data and comply with industry or government regulations. For instance, technical furniture & consoles, firewalls, IPS/IDS, breach detection solutions, event management (SIEM) system, telemetry, packet capture, Syslog, and other methods so that data activity can be correlated and analyzed by SOC staff. Sustema's control room consoles are ergonomically designed to handle multiple monitor for surveillance applications and include all the power/cable management system required in IT intensive environments. Tactical Operation Centers (TOC) The tactical operations center also known as TOC refers to a command post for law enforcement and military applications where a small groups of officers and military personnel guides members on the field providing them with tactical support during missions. TOCs are mainly comprised of security analysts responsible for analyzing and reporting incidents during critical situations. Since communication is crucial for the success of operations, TOCs are often designed to provide line-of-sight communication between team members and the operation officer or commander. TOC facilities will often be equipped with a video wall systems and 24/7 consoles to provide situational awareness for this matter. Considering the degree of sensitive information that is managed in this type of command center, TOCs operate advanced computer systems to keep track of operational progress and maintain active communications with personnel on the field. Note that smaller TOCs setups such as temporary tent outposts and vehicles/vans bring an array of supplementary security issues to consider. Learn more about Sustema's tactical operation center consoles and modular video wall solutions. Combined Operation Centers (COS) Combined operations centers are large common areas overseeing the operations of various sub-divisions. This type of command center is often utilized for air and space traffic control, broadcasting and process control applications. For example, in the U.S., the Air & Space Operations Center (AOC) integrates multiple divisions into one strategic center to benefit from increased coordination among different actors and access to specialized information. The divisions managed under this COS include the strategy division (SRD), the combat plans division (CPD), the combat operations division (COD), Intelligence, Surveillance, Reconnaissance Division (ISRD), and the Air Mobility Division (AMD). Whenever more than one military division is needed, for instance the naval or aviation divisions, these can be incorporate into the Joint Air and Space Operations Center (JAOC). In a case where the international operations (NATO) pertaining to the air and space sectors are needed, the AOC joins to become the Combined Air and Space Operations Center (CAOC). The objective of the CSpOC is to form a centralized command hub to coordinate worldwide efforts such as space forces. Learn more about Sustema's combined operation center consoles and modular video wall solutions. About Sustema Inc. Over the last 20 years, Sustema has successfully helped thousands of customers in North America to organize and manage their mission-critical command centers, 911 dispatch centers, war rooms, IT labs, data centers, and collaborative environments. Request more information

The Project Faced with both an ageing emergency communications center (PSAP) and increasing demand for quicker response times, a leading medical response organization decided to retire an old communications center and build a next-generation techsavvy replacement. The 911 communications center is responsible for handling 24/7 emergency telephone responses, telephone support and offering medical assistance to callers. Sustema was selected to undertake the project as the preferred supplier following a tendering process among major manufacturers. The Solution For this project, Sustema installed 13 Transit Series C-300 dispatch console systems. The consoles are configured in different clusters to group emergency call takers, first respondent dispatchers, and call center supervisors. The highly flexible two-tiered consoles can support multiple LCD monitors and include large storage areas. The consoles are equipped with retractable socket outlets within the work surface to allow for easy access to the network and power supply. The wall structure is used for cable management storing both power and network cables to reduce clutter underneath the console. The cockpit shaped console is supported by four (4) heavy-duty actuators providing the workstation with superior stability. PSAP users working with the new, state-of-the-art consoles now receive more consistent and better results due to the advantages of the ergonomic workstations. About Sustema With over 20 years of experience designing and manufacturing technical furniture for critical environments, Sustema offers tailored solutions for the specific needs of PSAP work environments.

About the client, a company specializing in securities brokerage Desjardins Securities (DS) is a Desjardins Group subsidiary specializing in securities brokerage. It offers a wide range of products and investment services to individuals, institutional investors, and corporations. Over one hundred brokers work in its offices in Montreal’s Windsor Complex. Desjardins Securities, which is located in a four-story atrium, wanted to create an environment in compliance with LEED (Leadership in Energy and Environment Design) regulations from the U.S. Green Council. For this important project, DS required specialized furniture that would meet the brokers’ needs while complying with the environmental values of the corporation. Following a tendering process among the major manufacturers, Sustema was selected to undertake the project, largely because of the competitiveness of its products and its cutting-edge expertise. The project: Retrofitting a heritage building into a modern workspace for traders and brokers This very complex project had strict deadline requirements in spite of requiring the close collaboration of its several players, including Sustema’s own designers, designer architects, air conditioning engineers, and project managers. The technical consoles also had to be designed to match the ultra-modern architecture of the interior space and integrate with a new concept for the atrium’s air conditioning system. The Solution: Cutting-edge trading desks designed for IT-intensive environments The Access console series – technical furniture designed for spaces that are high-density technologically and specially designed for securities professionals. This completely innovative product allows the passage of cool air directly into the consoles themselves. It also permits multiple configurations and works perfectly with the sophisticated and upscale look of the surrounding architecture. The Result: An award-winning, modern, elegant, and green workspace in the heart of Montreal The Access series offers three console models: open-concept workstations without privacy screening; partially open-concept workstations with a central low wall; and closed workstations with higher central walls. All three models allow the installation of lateral screens between the workstations, depending on the height desired. The product rests on a rectangular metallic structure, welded and sealed, to which the work surface is attached. This structure allows the installation of large lighting fixtures that provide the desired level of ambient light in the atrium. Another original concept: air from the ground cools the computers located inside the sealed structure. The air is then expelled to the outside by means of a central ventilation grid specially created for the purpose. The product’s central grid, the access doors on the work surface, and the integrated lighting system create a unique character and an aesthetic appeal that works brilliantly with the surrounding architecture. The work surfaces are configured according to the client’s specific needs. The surfaces are equipped with a grooved aluminum panel to which the screens are attached and a special opening through which all the computer cabling can be run for easy installation. The raceways-type power supply is located in the upper central part of the structure. Special accessories are designed for the installation of data, telephone, and coaxial cables. The inside of the structure is easily accessed from either side thanks to cleverly designed sliding doors. The computer stands allow air circulation and space where cables can be run, which ensures efficient management of the network from the ground up. Are you remodeling your trading floor? We can help. Our more than 25 years of experience in this field allowed us to deliver precisely what Desjardins Securities needed to move forward with its modernization plans. We're proud of the work we've done at Montreal's Windsor Complex and look forward to future opportunities to help organizations in the convention center industry achieve their goals. Every week, we provide invaluable insights into our case studies and the innovative solutions we have developed for organizations to achieve their goals and objectives in mission-critical environments. Don't miss out on the opportunity to optimize your workspace and elevate your operations, by setting a new standard. Follow us on LinkedIn today.

The demand for better and faster emergency services and the increased development in communication technologies has urged governments agencies such as 911 public safety agencies to consider the benefits of consolidation for the communities. By definition, PSAP consolidation refers to merging the resources of two or more public safety agencies to form one single and stronger organization. While cost savings for each jurisdiction is one of the major benefits of consolidating multiple PSAPs, the return on investment of such a project will only materialize until several years later due to the high start-up costs. Therefore, the focus should be geared towards improving the service level by streamlining the technology and training process. Consolidation will result in faster communication and make it easier to pool funds to keep the 911 call center updated. The principal consolidation models include a full, partial, co-location and hybrid PSAP merger. PSAP Consolidation Process The consolidation of a 911 dispatch center is a complex process that requires collaboration between multiple stakeholders. The following list describes the major steps required to make the transition based on past projects: Leadership: PSAP consolidation is very similar to mergers seen in the corporate world. All too often we see successful companies fail to collaborate due to the discrepancy between their corporate cultures. For this reason, it is important to consider the way of working from the PSAPs and plan how to manage the consolidation to create a new culture in the organization. The leader will be someone with past experience and high commitment from the beginning to the end of the project. Stakeholders: Key decision-makers and principal stakeholders will need to meet and discuss the potential benefits of combining resources to bring the project further. If enough interest and belief in the success of the consolidation project exist, a preliminary feasibility study will serve to formalize the requirements. Analysis: A thorough feasibility study will first examine the current issues of the 911 dispatch center. Major issues often involve PSAP design, staffing, call processing, budget allocation, equipment, and software. The goal of the study is to find if consolidation makes sense from a service and financial standpoint but also provides recommendations for the issues mentioned previously. Planning: At this phase, the needs of the facility are listed and planning for procurement begins. A detailed report identifying key participants, funding requirements, HR, and governance structure is prepared to guide the project. Implementation: The PSAP slowly starts to take shape with facilities being constructed or renovated. The dispatch furniture is ordered and installed, hardware and software tools are updated, and training for call takers/dispatchers working in the new facility begins. Post-Consolidation: Not surprisingly, after the PSAP is up and running some issues will certainly arise both at the human and technology level. Therefore, it is important to have evaluation controls in place to quickly identify and resolve these issues. PSAP Furniture Consoles Acquiring new dispatch furniture and consoles is often necessary when consolidating the PSAP in order to make the most of the space in the new facility. Dispatch consoles are ergonomically designed to accommodate PSAP call-takers and dispatchers to perform their work. Dispatch consoles are built to support multiple monitors, keyboards and mice, radio console and other equipment. Console manufacturers also integrate cable management systems to provide easy access to power and network. Sustema’s Transit Series C-300 consoles are equipped to hold task lights, heaters, fans, and an alerting system to help reduce fatigue and eyestrain of dispatchers. In conclusion, even though consolidating a PSAP is a complex and lengthy process, the benefits can be substantial increasing service levels, retention rates, and safety in the workplace. About Sustema Sustema specializes in the design and manufacturing of 911 dispatch consoles. Contact us to request a free quote for your PSAP consolidation project. Our website: https://sustema.com Guidebook Link: https://dps.mn.gov/divisions/ecn/programs/911/Documents/PSAP_Guidebook.pdf #psap #psapconsolidation #nextgen911 #dispacher #emergencycallcenter

When manufacturing consoles for mission-critical environments, it is not rare to find command center operators working with multiple LCD monitors simultaneously. Since our consoles are built to integrate a cable management system, we often get asked about the recommended maximum length of VGA, HDMI, and DisplayPort cables. In this article, we will go over some important things to consider when using DisplayPorts. DisplayPort Definition: DisplayPort was developed by the Video Electronics Standards Association (VESA) to replace previous analog cable technology such as VGA. DisplayPort transmits information by sending data packets similar to how USB and Ethernet connections work. The technology was well received by consumers as it can keep a high image resolution without requiring multiple pins which integrates easily to newer laptops, televisions and computers. What is the recommended length of a DisplayPort? As with other cables, the length has a direct impact on the quality of the information being transmitted. The greater the distance, the higher the risk of transmitting a lower image and sound quality. In some cases, complete data loss. If we think of this in a mission-critical setting, it quickly becomes apparent why cable lengths are an important consideration. Facilities in this sector often operate 24/7 and require real-time information in order to make decisions. According to Dell, the maximum recommended cable length to ensure optimal performance is 1.8 meters (6 feet). Using anything beyond that increases the chances of the risks mentioned previously. However, it is still possible to use longer DisplayPorts without being affected by those risks. If for some reason you need to use a long DisplayPort, there exist some options to do so without affecting the quality of the signal. For instance, using high-quality cables shielded with foil and braid layers to protect it from EMI/RFI interference. Another option for applications requiring 100+ ft. DisplayPorts is using signal boosters such as the B121–000. This device will even support monitor resolutions of up to 2560x1600 (60Hz) and 1920x1200 (120Hz). In conclusion, DisplayPort cables are ideal for video presentations, point-of-sale displays, classrooms and other applications requiring high-resolution video and multi-channel audio. DisplayPort can be used with most recent computers /laptops, CPU monitors, projectors and HDTVs. About Sustema Sustema manufactures specialized furniture for mission-critical environments such as command centers, control rooms, emergency communication centers and more.

The furniture found in a 911 dispatch center is probably one of the most used equipment due to the constant physical contact. Since this type of application requires the emergency dispatcher to work with multiple LCD screens (5–6 monitors), radios, and computers a question that comes up very often from customers is, how much weight can the console handle? The answer to this question can be found in the lifting capacity of the actuators found underneath the worksurface. However, consoles designed for 911 dispatch centers often require multiple actuators due to the large work surface and equipment that must be carried making it difficult to give an exact answer. In other words, the carrying capacity of a console will vary for each project depending on the specific needs of the client. In this article, we will give you an estimate of the lifting capacity you should expect from specialized furniture vendors. We will do so by listing the common items that the console will support on a daily basis and work our way backwards. Actuators To start off, let’s consider the lifting capacity of actuators. The industry standard for this type of application is the LINAK DL Series lift columns. The maximum thrust from these actuators varies anywhere from 700–1200N depending on how vendors manufacture their consoles. Interestingly, the lifting capacity per actuator is directly linked to the quality of the workstation structure. For instance, if the console is built with high-pressure laminate work surfaces supported by a heavy-duty steel frame, the console will require more powerful actuators (1200N). This will also translate into benefits for end-users as they will have more room to store their equipment but also avoid surface deflections over time. If you take into account that consoles have between 3 to 6 actuators, this gives the system an overall carrying capacity of 3600–7200N or 810–1600 pounds (Note that this number is divided between the number of surfaces). On the other hand, while 700N actuators can still perform the job, it is an indicator that the console frame is made of lighter and cheaper materials (wood, plastic) which is not an ideal solution in the long term for a 24/7 application. Furthermore, systems using control boxes for their actuators decrease the console performance as their lifting capacity is limited by the amount of power going through the transformer. Weight Breakdown In order to give you an accurate idea of the lifting capacity of a working console, we will use Sustema’s Transit M Series C-300 console as an example. This console is composed of two height-adjustable surfaces supported by 6 x 1200N actuators. The laminated work surfaces found on most professional consoles can weigh between 50 to 100 pounds alone depending on the dimensions. Monitor arms weigh around 10 pounds which multiplied by the number of screens, in this case, is 6, gives us a total of 60 pounds. If we include the weight of monitors, we have an extra 60–100 pounds depending on the size and model. Finally, we can add 20 pounds on each surface for the cables and accessories such as radio, laptop, and more. Work Surface: (2 Actuators x 1200N = 2400N or 540 pounds) – Laminated Surface with Steel Frame: 50–100 pounds – Accessories (Radio, Laptop, Keyboard, etc): 20–50 pounds Total: Approximately 350 pounds left Monitor Surface: (4 actuators x 1200N = 4800N or 944 pounds) – Laminated Surface with Steel Frame: 100 pounds – Monitor Arms: 60–100 pounds – LCD Monitors: 60–100 pounds – Accessories (Cables, Lights, Controllers, Switches): 20–50 pounds Total: Approximately 650 pounds left Therefore, in real terms, the lifting capacity is divided between each surface at around 350 pounds for the work desk and 650 pounds for the surface holding the monitors and equipment. After removing the weight off the surface and accessories this gives the dispatch plenty of room to grow without having to replace the furniture in order to accommodate new equipment or more monitors. Furthermore, users can rest assured that the system will not breakdown easily as it is not used at its full capacity like it would for less powerful actuators. Considerations Aside from the lifting capacity, it is also important to consider if the console comes equipped with collision sensors in order to avoid breaking down the workstation but most importantly avoid accidents in the workplace. The speed of the lifting column to move up or down also deserves some consideration as slower actuators result in employees using the standing features less often. In our case, Sustema’s consoles are built with actuators reaching a max. speed of 38 mm/s unloaded. Another element to take into account is to ensure the stability of the console after adding weight into it as it can tilt over if not designed properly. Finally, as these types of purchases happen every 5–10 years, it is essential to get covered by the manufacturer’s warranty if issues were to happen. Talk With An Expert! If you have any questions regarding consoles for your project don’t hesitate to contact us at info@sustema.com. With over 20 years of experience in the industry, we can build customized solutions to meet your specific organization needs. #psap #911callcenter #dispatchconsole #emergencycallcenter #psapconsolidation #emergencydispatcher

And The Winner Is! We are pleased to announce that the official winner of our trade show contest at the APCO 2019 Halifax Conference is …(drumroll) Beverly Bakker!! Congratulations, you will receive a $50 Amazon gift card from Sustema! Please contact us at info@sustema to claim your prize. We also want to thank all of the participants who entered our contest and everybody who stopped by our booth. Recent PSAP Installation: Faced with both an aging emergency communications center (PSAP) and an increasing demand for quicker response times, a leading medical response organization decided to retire an old communications center and build a next-generation tech-savvy replacement. The 911 communications center is responsible for handling 24/7 emergency telephone responses and offering medical assistance to callers. Sustema was selected to undertake the project as the preferred supplier following a tendering process among major manufacturers. Obtain A Free Quote In 3 Easy Steps 1) Floor Plan Send us a top view of your room and your project requirements at info@sustema.com. 2) Web Meeting Discussion about your needs and presentation of our furniture solution. 3) Drawings & Budgetary Quote You will receive customized drawings and pricing for your project.

Maximum VGA Cable Length Despite having a similar appearance and functionality, VGA cables often vary in terms of their benefits and limitations, especially when it comes to the maximum distance that they can transmit information accurately. So, what is it that makes some VGA cables better than others when it comes to their length? The answer varies depending on the following factors. Factors Affecting The VGA Signal The strength of the source The product architecture (gauge, shielding, quality of copper wire) The levels of electrical interference. Since VGA cables use analog technology, it can technically travel dozens of meters without affecting the quality of its signal. It is a fairly simple technology with no data packets to decipher from one end to the other (digital technology). However, as distance increases the quality of the signal decreases which brings us the next question, what is the maximum length of a VGA cable without affecting the signal? The following list describes the recommended cable lengths depending on the desired resolution. Recommended VGA Cable Lengths 100 feet: 800×600 50–100 feet: 1280×1024 & 1024×768 25 feet: 1600×1200 & 1920×1200 However, every cable configuration and application is unique making it hard to provide an accurate length estimate. For instance, VGA cables could still function at up to 150 feet if properly shielded. Shielding protects the VGA cable signal from the electrical interference created by other devices. In order to counter the effects of electrical interference, organizations or professionals in mission-critical applications use boosters and equalizers to send VGA signals over long distances. VGA Boosters A popular type of booster is the Cat5 wire (aka Ethernet wire) or Cat6 for even longer distances. The system is fairly affordable, simple to install, and has built-in equalizers and boosters. It can be plugged into the wall adding power to the signal further extending its reach. VGA over CAT: The VGA over CAT5/6 extender kit can allow the transmission of 1024×768 up to 75 meters, and 640×480 up to 300 meters. About Sustema Sustema was born out of a cable integration company to become a manufacturer of specialized furniture including consoles for mission-critical environments (911 call center, command center, security operations center). Contact us if you require assistance in the design of your operations center.

How Far Can HDMI Cables Be Run While Still Maintaining High-Quality Images? This is a question we often get from our clients at Sustema when conducting a needs analysis for their operations center furniture. It can get tricky to connect your devices to your home TV, now imagine doing so for an operations center working 24/7 using a large format CCTV video wall display and multiple workstations each handling 4 to 6 LCD monitors. In this article, we will go over the best practices when running cables in the communications center and offer some alternatives in case you need your HDMI cable signal to reach further distances. HDMI HDMI, short for high definition multimedia interface has become today’s standard for transferring high-quality audio and video between devices. Its low price point and data transfer speeds between 2.25-10.2 Gbps depending on the brand makes it a preferred choice among consumers to run multiple television displays from a computer, streaming, and playing video games online. However, a major drawback is that whenever longer cables are used, users experience a considerable loss of the image quality and speed. This is mainly due to a power loss with longer cables resulting in lower definitions. Now the question remains, at what length does one get affected by lower image resolutions when using HDMI? According to the test conducted by the HDMI Authorized Testing Center (ATC Tests), HDMI cables of up to 45 feet long are considered reliable in terms of speed and image quality. Note that you can still buy 50, 100, and even 200-foot cables, however, these do not comply with industry quality standards and do not support all video size formats required by mission-critical communication centers. Therefore, whenever you need to use HDMI at distances greater than 50 ft there are other more reliable solutions to avoid the drawbacks mentioned previously. For instance, using amplifiers to compensate for high-frequency data losses over the increased length of the cable or ultra-high-performance cables with RedMere Technology utilizing chips in the cable heads to cut down thicker high-speed cables and maintain high-quality data transfer. The following list describes the different products available depending on the signal reach you need. Standard HDMI (20 Metres): Cables meeting the HDMI certification standard contain the required 19 cores of high-grade copper, plus varying degrees of shielding depending on the price point. More expensive cables can transfer higher resolutions over longer lengths and also work better with splitters and switches. HDMI cables in this category work better in a small distance and when routed from powered sources to displays. Boosted HDMI (40 Metres): The integrated HDMI booster functions using a 5v power rail from the HDMI signal to extend the reach of the signal without losing quality. This technology allows manufacturers to design longer and thinner cable runs offering more flexibility. However, while HDMI boosted cables are more expensive than their basic counterparts they are limited to delivering 1080p content due to the loss of bandwidth over longer distances. HDMI using Fibre Optics (45 Metres): Fibre Optic kits for HDMI are the most expensive solution but with good reason. The added benefit to this cable system is the flexibility it offers due to the smaller optical core when compared to Boosted HDMI cables while sill reaching similar distances. HDMI using CAT (50 Metres): HDMI can be integrated with Cat5/6 cables to extend an AV source for longer distances. However, due to bandwidth limitations, most CAT extenders support up to 1080p. Pricier versions can also transmit 3D images. A major drawback is the signal interference in heavily equipped IT applications. Another drawback is the complexity of installation compared to standard cable management systems. Note that some systems can use Ethernet-based LANs as a video and audio extension from a PC. HDMI over Wireless: While wireless HDMI technologies are widely available, they are known for reaching smaller distances. For instance, in an environment with the best conditions, it can reach up to 10 to 15 meters. However, if there are walls which are often the case, the signal distance falls to 5 to 8 meters. Note that most wireless technologies are limited in terms of bandwidth to 1080p. Therefore, running physical cables remains the best alternative when possible. In conclusion, HDMI cables measuring 50 feet or less in length will work efficiently. More affordable cables can still deliver 780p to 1080i, however, premium versions under 50 ft will effectively transmit 1080p without any interference. Note that even cables with high built quality can present lower definitions when including a larger distance variable. For simpler applications. HDMI cables between 3 and 6 feet in length will suffice to accommodate most situations. Contact us here if you wish to talk with a professional when designing your operations center. Sustema Inc.

The Project: Faced with both an aging emergency communications center (PSAP) and increasing demand for quicker response times, a leading medical response organization decided to retire an old communications center and build a next-generation tech-savvy replacement. The 911 communications center is responsible for handling 24/7 emergency telephone responses and offering medical assistance to callers. Sustema was selected to undertake the project as the preferred supplier following a tendering process among major manufacturers. Installation: To assure maximum coordination, Sustema’s certified installers synchronized their work with a cabling company, electricians and IT technicians to optimize the time required to install the consoles. The modular design of the Transit Series facilitates access to the console components. The integration of IT equipment, cabling, storage units, and power distribution was done efficiently and rapidly. Solution: Sustema provided the client with design drawings based on specific requirements and delivered the customized consoles for the complex 24/7 communications center. For this PSAP project, Sustema installed the Transit Series C-300 console system with dual height adjustable surfaces and additional storage cabinets under the console. The consoles were configured in different clusters to group emergency call takers, first respondent dispatchers, and call center, supervisors. The wall structure is used for cable management storing both power and network cables to reduce clutter underneath the console. The cockpit shaped console is supported by four (4) heavy-duty actuators providing the workstation with superior stability. For this project, the client selected waterfall edges on the worksurfaces. Benefits: PSAP users working with the new, state-of-the-art consoles now receive more consistent and better results due to the advantages of the ergonomic workstations. Employees saw an improvement in acoustics which offered a more comfortable work environment. Each console is equipped with retractable outlets within the work surface to allow for easy access to the network and power supply. Churn rate has reduced considerably since the installation of ergonomic consoles making the Transit Series a valuable asset for employee retention. The consoles all come with a limited lifetime warranty. Obtain A Free Quote In 3 Easy Steps 1) Floor Plan Send us a top view of your room and your project requirements at info@sustema.com. 2) Web Meeting Discussion about your needs and presentation of our furniture solutions. 3) Drawings & Budgetary Quote You will receive customized drawings and pricing for your project.

Are you planning to renovate your PSAP? Learn why the Transit Series console is the ultimate workstation for 24/7 applications. Specifically designed for the needs of PSAP call takers and dispatcher, Derek Dugas, account manager at Sustema presents the features of the Transit Series C-300 console and unveils the all-new ConsoleALERT® management software for PSAP. Whether you are planning to invest in acquiring new dispatch consoles, technology meeting tables, trading desks or workbenches for your PSAP, contact us to request a free quote and preliminary design rendering. We have over 20 years of experience designing, manufacturing, and installing technical furniture for mission-critical 24/7 applications across North America. Get a Free Quote in 3 Easy Steps: 1) Floor Plan Send us a top view of your room and your project requirements at info@sustema.com. 2) Web Meeting Discussion about your needs and presentation of our furniture solutions. 3) Drawings & Budgetary Quote You will receive customized drawings and pricing for your project. Contact Us