Telecoms
AimValley & the Telecom sector
AimValley primarily serves the world’s Network Equipment Manufacturers (NEMs) by providing Design & Engineering services and network adaptation and circuit emulation products.
Leveraging our long history of expertise in telecom networking product development, NEM clients of AimValley appreciate the efficiency, quality and “carrier-class” reliability we deliver through our products and design services.
Telecom Evolution
Network elements such as switches, routers, optical transport, customer premise equipment, radios are constantly being improved and there is migration and convergence to IP packet and high-speed ethernet. At the same time, the need for electronic communications is now woven into everyone’s life and machine-to-machine communications are increasing exponentially. The number of endpoints, the data rates required, and the reliability requirements are constantly increasing.
Today’s telecom networks are complex and constantly evolving and changing to meet the needs of both the individual subscribers and the enterprise networks alike. Technologies such as 5G mobility, IoT, Cloud Solutions, and software-defined networking are driving next-generation upgrades alongside ever-increasing data rates and larger volumes of mission-critical data.
The global scale of the world’s telecom networks is massive and in general communications networks incrementally evolve, they are not revolutionized. For that reason networks and therefore, network elements must not only meet next-generation data rates and applications but must also consider the existing network environments. It is commonplace for converged networks to leverage high-speed optical services at 10G, 100G, 400G or higher, while supporting combinations of 4G, 5G mobility, T1, T3 (DS-3), E1, OTN, SDH / SONET and of course multiple data rates of Ethernet.
New IETF Standard - Private Line over Packet Switched Networks (PLE)
A new method for transparent high bit-rate transport is being worked at and submitted to the Internet Engineering Task Force (IETF) through an internet-draft.
This new standardized methodology is named Private Line Emulation over Packet Switched Networks (PLE). Products supporting this standard enable network operators to reliably transport various types of high bit-rate client services such as SONET/SDH, Fibre Channel, OTN, and layer 1 Ethernet bit-streams across packet networks.
All that is required are 2 PLE adapters at the service end-points that convert the client signal into packets and vice-versa.
Erik van Veelen, one of our Senior Network Architects is contributing to forming this new Standard.
Read full article:
high bit-rate transportation with Private Line Emulation (PLE)
Our Design Process
Network elements such as switches, routers, optical transport, customer premise equipment, radios are constantly being improved and there is migration and convergence to IP packet and high-speed ethernet. At the same time, the need for electronic communications is now woven into everyone’s life and machine-to-machine communications are increasing exponentially. The number of endpoints, the data rates required, and the reliability requirements are constantly increasing.
Today’s telecom networks are complex and constantly evolving and changing to meet the needs of both the individual subscribers and the enterprise networks alike. Technologies such as 5G mobility, IoT, Cloud Solutions, and software-defined networking are driving next-generation upgrades alongside ever-increasing data rates and larger volumes of mission-critical data.
The global scale of the world’s telecom networks is massive and in general communications networks incrementally evolve, they are not revolutionized. For that reason networks and therefore, network elements must not only meet next-generation data rates and applications but must also consider the existing network environments. It is commonplace for converged networks to leverage high-speed optical services at 10G, 100G, 400G or higher, while supporting combinations of 4G, 5G mobility, T1, T3 (DS-3), E1, OTN, SDH / SONET and of course multiple data rates of Ethernet.
Our Design Service Solutions
- Product Feasibility Analysis
- End-to-end product designs
- Design, Engineering, Verification Test & Services
- Mechanical housing design
- Power supply designs
- Thermal Management & Fan-less Design
- Circuitry design
- FPGA designs
- Embedded real-time ‘Networking Product Oriented’ operating system
- Designs that meet required conformances (CE, ULK, CSA, FCC, NEBS-3, etc.)
- System Verification & Test
- Bespoke designs in FPGA to replace end-of-life I.C.s
- UX, web client, API, element management and networking software
- Custom designs and enhancements to AimValley Smart SFPs
Our Technology Expertise
- CPRI & Wireless Fronthaul
- TDM/PDH circuit emulation
- Switching, Routing and Networking Protocols including VPN, MPLS, IPv6
- Synchronization solutions
- Accelerated Edge & Machine Vision Compute Solutions
- Multi-port aggregation
- OTN optical transport solutions
- SONET/SDH
- Telecom Glossary
Other Sector-Specific Solutions
Engagement Models
- AimValley experts can join your architecture team to help define your system.
- Our Engineers work on any or all of the hardware, software, FPGA, mechanical and/or power supply design.
- We create the system verification and testing tools and carry out the full verification.
- Manufacturing can be done at your factory, your EMS partner, or our EMS partner.
- AimValley takes care of the end-to-end development cycle.
- You own the IP.
- You sell the product exclusively.
Our services can be integrated at various points in your development process, for example:
- Network consultancy and system definition.
- Design of hardware and software systems.
- System test and certification.
- Manufacturing via a partner EMS.