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Industries 2017-06-01T14:33:35+00:00

At Groupe Conseil Génicom, we offer our expertise and experience to the benefit of companies. We provide flexible, personalized business solutions aimed at optimizing the potential of IT infrastructures and systems through the use of network technologies. Our clients can maximize their productivity and competitiveness while keeping costs low and data safe. Our results-oriented solutions enable our clients to operate efficiently and accomplish much more in less time.

TELECOMMUNICATIONS

Telecommunications service providers rely on our expertise and knowledge to design, deploy and maintain efficient networks and provide their customers with high quality services at the best price. We upgrade obsolete networks, design programmable and virtualized networks, offer technical support, and can provide back-up personnel if needed. We always strive to exceed our clients’ expectations!

SOLUTIONS FOR TELECOM INDUSTRY

Transmission networks that rely on FTTx fiber optic architectures are the next generation of modern communications systems. These networks possess seemingly unlimited capacity. Although it will take many years to fully deploy this type of architecture, it continues to gain popularity as copper transmission systems reach their limitations.

Groupe Conseil Génicom has established itself in the field of fiber optic transmission network design. Backed by our achievements and expertise, our team has been awarded the design of one of the biggest telecommunications network upgrade projects in Quebec. This project, which we started a few years ago, has provided millions of subscribers with access to the most advanced and efficient telecommunications services to date.

SDN

Software Defined Network (SDN) are designed using a network architecture model that separates the control plane from the data plane of network equipment (routers, switches, etc.). Once separated from the data plane, the control plane can be exported to a single, centralized control point, the SDN controller, which controls and manages all network equipment in a cohesive manner.

This separation allows for the control plane to be deployed on servers whose capacity is greater than traditional network switches, while adding a level of abstraction from network equipment features. The abstraction, which is achieved through an API (Application Programming Interface), enables the development of high added-value network services (load balancing, configuration automation, planning, intelligent routing, etc.) without any manufacturers’ constraints (vendor lock-in). Thus, these programmable, centralized networks can easily and quickly adapt to a company’s changing needs.

NFV

Today’s network infrastructure is made up of several physical components (oftentimes, proprietary). In addition, the infrastructure is based on hardware that can quickly reach the end of its useful life, requiring a new design, integration and deployment. This phenomena is compounded by the rising cost of energy, capital investment issues and lack of skilled personnel to design, integrate and operate increasingly complex network technologies. What’s worse is that the life cycle of hardware keeps getting shorter as services and technological innovations increase in the IT and communications fields.

The concept behind NFV (Network Functions Virtualization) aims at solving these problems through the use of virtualization technology, which is used in IT, to combine several network functions on servers, switches and storage systems deployed in data centers, network nodes or with subscribers.

The NFV concept is used with SDNs. Although these two concepts are mutually beneficial, they are independent from each other.

NFV offers many benefits, including:

• Lower equipment costs and energy consumption, by consolidating equipment and taking advantage of the IT industry’s economies of scale
• Faster commissioning times, by reducing the network operator’s typical innovation cycle
• Use of a single platform for several functions, applications and users
• Services can quickly be adjusted according to needs
• Existence of many ecosystems and freedom from vendor lock-in constraints

Groupe Conseil Génicom can also provide you with skilled personnel when you need help from telecommunications experts. Our team of professionals can temporarily work at your company to implement custom network upgrade solutions or to carry out special projects.

Our clients have access at all times to the support services provided by our teams of experts and specialists. And, we are always available to find the best solutions to any problems encountered.

Get the technical support you need, when you need it! Our technical support specialists can help you carry out short- or long-term complex projects, whether they involve the design, implementation, modification or verification of your facilities or equipment. Our staff will:

• Ensure that all network equipment and materials are in working order
• Install and configure network architectures
• Install, configure and integrate network equipment
• Provide technical support to your clients

BUSINESS

Our teams of telecommunications network designers and specialists are experts when it comes to helping companies choose the best technologies for their needs. Our custom solutions aim at replacing or optimizing existing networks through the use of state-of-the-art technology. The growing demand for flexible and efficient networks encourages us to excel and innovate. Our programmable and virtualized network solutions can easily be adapted to a company’s evolving needs, thus minimizing operating costs while offering innovative and flexible network management options.

SOLUTIONS FOR BUSINESSES

SDN

Software Defined Network (SDN) are designed using a network architecture model that separates the control plane from the data plane of network equipment (routers, switches, etc.). Once separated from the data plane, the control plane can be exported to a single, centralized control point, the SDN controller, which controls and manages all network equipment in a cohesive manner.

This separation allows for the control plane to be deployed on servers whose capacity is greater than traditional network switches, while adding a level of abstraction from network equipment features. The abstraction, which is achieved through an API (Application Programming Interface), enables the development of high added-value network services (load balancing, configuration automation, planning, intelligent routing, etc.) without any manufacturers’ constraints (vendor lock-in). Thus, these programmable, centralized networks can easily and quickly adapt to a company’s changing needs.

NFV

Today’s network infrastructure is made up of several physical components (oftentimes, proprietary). In addition, the infrastructure is based on hardware that can quickly reach the end of its useful life, requiring a new design, integration and deployment. This phenomena is compounded by the rising cost of energy, capital investment issues and lack of skilled personnel to design, integrate and operate increasingly complex network technologies. What’s worse is that the life cycle of hardware keeps getting shorter as services and technological innovations increase in the IT and communications fields.

The concept behind NFV (Network Functions Virtualization) aims at solving these problems through the use of virtualization technology, which is used in IT, to combine several network functions on servers, switches and storage systems deployed in data centers, network nodes or with subscribers.

The NFV concept is used with SDNs. Although these two concepts are mutually beneficial, they are independent from each other.

NFV offers many benefits, including:

• Lower equipment costs and energy consumption, by consolidating equipment and taking advantage of the IT industry’s economies of scale
• Faster commissioning times, by reducing the network operator’s typical innovation cycle
• Use of a single platform for several functions, applications and users
• Services can quickly be adjusted according to needs
• Existence of many ecosystems and freedom from vendor lock-in constraints

SD-WAN

An SD-WAN (Software-Defined Wide Area Network) is an application that is specific to the SDN concept, applied to a company’s WAN communications links. An SD-WAN manages several WAN communications links at once, as well as multiple private virtual networks established between the different physical locations serviced.

An SD-WAN is made up of physical or virtual equipment installed in each one of a company’s locations and managed by a controller (SDN) installed either in one of the locations or on the Cloud. For example, an SD-WAN can be used to link many branches to a centralized corporate network, data centres or Cloud-based applications. The SD-WAN provides dynamic, seamless WAN links that help lower costs and maximize network performance, while improving ease of management.

A private fiber optic network is a telecommunications infrastructure that links a company’s buildings within a specific perimeter. This type of infrastructure is a very valuable asset, in that it provides independence with regard to data transmission speeds. And, operating costs are fixed and will not vary with transmission speeds, as is the case for traditional telecommunications links.

The largest private fiber optic networks in Quebec were planned and designed by Groupe Conseil Génicom. We offer a wide array of consulting services aimed at designing, deploying, maintaining and managing this type of network. So, break free from service providers and lower your operating costs by owning your own fiber optic network!

Groupe Conseil Génicom can also provide you with skilled personnel when you need help from telecommunications experts. Our team of professionals can temporarily work at your company to implement custom network upgrade solutions or to carry out special projects.

Our clients have access at all times to the support services provided by our teams of experts and specialists. And, we are always available to find the best solutions to any problems encountered.

Get the technical support you need, when you need it! Our technical support specialists can help you carry out short- or long-term complex projects, whether they involve the design, implementation, modification or verification of your facilities or equipment. Our staff will:

• Ensure that all network equipment and materials are in working order
• Install and configure network architectures
• Install, configure and integrate network equipment
• Provide technical support to your clients

EDUCATION

Our involvement with several provincial school boards has led us to design fiber optic networks that meet the specific needs of these clients. These private fiber optic networks link many locations together through modern, efficient, and easy-to-use telecommunications networks that make use of state-of-the-art technology. Our clients are impressed by the speed of data transmission, fixed operating costs and reliability of the signals. Without a doubt, fiber optics offer unrivaled performance! And, our technical support services are always available.

SOLUTIONS IN EDUCATION

A private fiber optic network is a telecommunications infrastructure that links a company’s buildings within a specific perimeter. This type of infrastructure is a very valuable asset, in that it provides independence with regard to data transmission speeds. And, operating costs are fixed and will not vary with transmission speeds, as is the case for traditional telecommunications links.

The largest private fiber optic networks in Quebec were planned and designed by Groupe Conseil GÉNICOM. We offer a wide array of consulting services aimed at designing, deploying, maintaining and managing this type of network. So, break free from service providers and lower your operating costs by owning your own fiber optic network!

SDN

Software Defined Network (SDN) are designed using a network architecture model that separates the control plane from the data plane of network equipment (routers, switches, etc.). Once separated from the data plane, the control plane can be exported to a single, centralized control point, the SDN controller, which controls and manages all network equipment in a cohesive manner.

This separation allows for the control plane to be deployed on servers whose capacity is greater than traditional network switches, while adding a level of abstraction from network equipment features. The abstraction, which is achieved through an API (Application Programming Interface), enables the development of high added-value network services (load balancing, configuration automation, planning, intelligent routing, etc.) without any manufacturers’ constraints (vendor lock-in). Thus, these programmable, centralized networks can easily and quickly adapt to a company’s changing needs.

NFV

Today’s network infrastructure is made up of several physical components (oftentimes, proprietary). In addition, the infrastructure is based on hardware that can quickly reach the end of its useful life, requiring a new design, integration and deployment. This phenomena is compounded by the rising cost of energy, capital investment issues and lack of skilled personnel to design, integrate and operate increasingly complex network technologies. What’s worse is that the life cycle of hardware keeps getting shorter as services and technological innovations increase in the IT and communications fields.

The concept behind NFV (Network Functions Virtualization) aims at solving these problems through the use of virtualization technology, which is used in IT, to combine several network functions on servers, switches and storage systems deployed in data centers, network nodes or with subscribers.

The NFV concept is used with SDNs. Although these two concepts are mutually beneficial, they are independent from each other.

NFV offers many benefits, including:

• Lower equipment costs and energy consumption, by consolidating equipment and taking advantage of the IT industry’s economies of scale
• Faster commissioning times, by reducing the network operator’s typical innovation cycle
• Use of a single platform for several functions, applications and users
• Services can quickly be adjusted according to needs
• Existence of many ecosystems and freedom from vendor lock-in constraints

Get the technical support you need, when you need it! Our technical support specialists can help you carry out short- or long-term complex projects, whether they involve the design, implementation, modification or verification of your facilities or equipment. Our staff will:

• Ensure that all network equipment and materials are in working order
• Install and configure network architectures
• Install, configure and integrate network equipment
• Provide technical support to your clients

MUNICIPAL

Municipalities call upon our services for the design and implementation of community fiber optic networks. In rural or remote areas, some municipalities now have access to reliable, affordable high-speed internet service. We are committed to offering superior quality services and products, while controlling costs, so that these municipalities may operate their own networks and meet their own needs. For these custom projects, Groupe Conseil GÉNICOM’s team of experts and specialists ensures that networks are properly implemented. And, we always offer quality, professional technical support.

SOLUTIONS TO MUNICIPALITIES

Telecommunications networks have become essential in all communities. But many suburban or remote areas don’t have access to adequate internet services. Technical constraints and traditional business models prevent telecommunications service providers from deploying efficient networks at an affordable cost. And yet, it is possible to design and deploy a fiber optic communications network in these remote areas! By coming together and coordinating the implementation of a telecommunications infrastructure, these communities can finally benefit from high-speed internet throughout their territory.

If the major service providers have lost interest in your region’s potential, take control and see to the design and deployment of a community network that can be customized to best suit your needs.

SDN

Software Defined Network (SDN) are designed using a network architecture model that separates the control plane from the data plane of network equipment (routers, switches, etc.). Once separated from the data plane, the control plane can be exported to a single, centralized control point, the SDN controller, which controls and manages all network equipment in a cohesive manner.

This separation allows for the control plane to be deployed on servers whose capacity is greater than traditional network switches, while adding a level of abstraction from network equipment features. The abstraction, which is achieved through an API (Application Programming Interface), enables the development of high added-value network services (load balancing, configuration automation, planning, intelligent routing, etc.) without any manufacturers’ constraints (vendor lock-in). Thus, these programmable, centralized networks can easily and quickly adapt to a company’s changing needs.

NFV

Today’s network infrastructure is made up of several physical components (oftentimes, proprietary). In addition, the infrastructure is based on hardware that can quickly reach the end of its useful life, requiring a new design, integration and deployment. This phenomena is compounded by the rising cost of energy, capital investment issues and lack of skilled personnel to design, integrate and operate increasingly complex network technologies. What’s worse is that the life cycle of hardware keeps getting shorter as services and technological innovations increase in the IT and communications fields.

The concept behind NFV (Network Functions Virtualization) aims at solving these problems through the use of virtualization technology, which is used in IT, to combine several network functions on servers, switches and storage systems deployed in data centers, network nodes or with subscribers.

The NFV concept is used with SDNs. Although these two concepts are mutually beneficial, they are independent from each other.

NFV offers many benefits, including:
• Lower equipment costs and energy consumption, by consolidating equipment and taking advantage of the IT industry’s economies of scale
• Faster commissioning times, by reducing the network operator’s typical innovation cycle
• Use of a single platform for several functions, applications and users
• Services can quickly be adjusted according to needs
• Existence of many ecosystems and freedom from vendor lock-in constraints

SD-WAN

An SD-WAN (Software-Defined Wide Area Network) is an application that is specific to the SDN concept, applied to a company’s WAN communications links. An SD-WAN manages several WAN communications links at once, as well as multiple private virtual networks established between the different physical locations serviced.

An SD-WAN is made up of physical or virtual equipment installed in each one of a company’s locations and managed by a controller (SDN) installed either in one of the locations or on the Cloud. For example, an SD-WAN can be used to link many branches to a centralized corporate network, data centres or Cloud-based applications. The SD-WAN provides dynamic, seamless WAN links that help lower costs and maximize network performance, while improving ease of management.

Get the technical support you need, when you need it! Our technical support specialists can help you carry out short- or long-term complex projects, whether they involve the design, implementation, modification or verification of your facilities or equipment. Our staff will:

• Ensure that all network equipment and materials are in working order
• Install and configure network architectures
• Install, configure and integrate network equipment
• Provide technical support to your clients

“We offer custom consulting, outsourcing and integration services in the telecommunications field.”