2022.06.14

The Virtualization of CPE Appliance

Share:

Background
5G era brings exponentially increasing demands of the reliable network appliances along with the IoT devices. With the fast-changing environment of the networking, the flexibility of scaling is becoming more and more crucial to adapt to the evolving system. To save the cost of dedicated networking hardware and make the implementation/ upgrading/ maintenance of the system easier, virtualization is what we are looking for to build a more agile network. The hardware solutions with open architecture and the features mentioned have grown to address the trend.

Requirement
To deploy, configure, and update the system with lower effort, software defined system is the one to fulfill them. In addition, better utilizing the resources for numerous tasks can be completed with virtualization. Systems with compact size, high performance/ power efficiency, fine reliability/stability, and advanced scalability are needed to deliver optimized network edge solutions.

CPE-02-2048x381

 Solution
To realize the requirements mentioned, CPEs have developed into Universal Customer Premise Equipment (uCPE) to provide value-added services with vCPE. It carries out multiple VNFs and hardware accelerations like SR-IOV, QuickAssist Technology, DPDK, etc. for various network functionalities such as local routing, load balancing, firewall, spam filtering, malware detection, and more. The system is with reduced OPEX and CAPEX as new algorithms/ updated protocols can be integrated without barrier for the software-defined services and new deployment can be achieved efficiently.

 Conclusion
The virtualization of CPE appliance delivers scalable network services and can evolve with the customer/ environment smoothly. The software defined solution of uCPE/ vCPE can accomplish enhanced efficiency, advanced performance, great flexibility to deploy/ upgrade, and even reduce TCO.

AEWIN provides reliable appliance for uCPE as below. To know more about the product details and offerings, please don’t hesitate to contact us!
– SCB-1931: Intel 3rd Gen Xeon SP 1U platform with 2x GbE ports and 4x PCIe slots for NICs.
– SCB-1935: AMD EPYC 7000 Series 1U platform with 2x GbE ports and 4x PCIe slots for NICs.
– SCB-1830: Intel Xeon D 1U platform with 10x GbE ports, 4x SFP+, 2x PCIe slots for NICs, and QAT.
– SCB-1739: Intel Atom P Series 1U platform with 4x GbE ports, 8x SFP+ and 2x PCIe slots for NICs.
– SCB-6913: Intel Atom X Series Fanless platform with 6x GbE ports and 3x M.2 w/ 4x SIM.
– SCB-6989: Intel Atom C Series Desktop with 8x GbE ports, 3x mini-PCIe, and QAT.
– SCB-6995: Intel Atom C Series Desktop with 6x GbE ports, 2x SFP+, 1x mini-PCIe, 1x M.2, and QAT.
– SCB-6911: Intel Celeron N Series/ Atom X Series Fanless platform with 4x GbE ports, 1x SFP, 1x mPCIe with SIM.

Related News

Building AI-Ready Cybersecurity Infrastructure
2026.10.07

Building AI-Ready Cybersecurity Infrastructure

As cyber threats grow increasingly sophisticated, modern security infrastructure relies heavily on AI to analyze massive traffic volumes and accelerate real-time threat response. Powered by Intel Xeon 6 processors, AEWIN servers and network appliances deliver high-performance computing, efficient AI acceleration, and robust, hardware-based security required for demanding workloads across on-premises AI and AI-powered cybersecurity environments.

AEWIN 2025 Sustainability Report Highlights
2026.09.29

AEWIN 2025 Sustainability Report Highlights

At AEWIN, sustainability is integrated into corporate management with a focus on environmental responsibility, employee well-being, and social engagement. The 2025 Sustainability Report highlights the company’s continued efforts to improve resource efficiency, strengthen workplace health management, and foster a culture where sustainability becomes part of everyday actions.

Architecting Rack-Scale AI Infrastructure for the Neocloud Era
2026.09.24

Architecting Rack-Scale AI Infrastructure for the Neocloud Era

Generative and agentic AI applications, coupled with intensifying training and inference workloads, demand unprecedented compute throughput, memory, networking, and storage. Consequently, infrastructure can no longer be designed around isolated servers. The rise of specialized Neocloud providers further accelerates this shift toward rack-scale architecture, where compute, networking, and thermal management must converge to yield efficient, adaptable AI capacity.

Inquiry Cart

total 0 items

Compare

total 0 items

Email Subscribe

Verification

Click the numbers from smallest to largest.

We use cookies to allow our website to work properly, personalize content and advertising, provide social media features and analyze traffic. We also share information about your use of our site with our social media, advertising and analytics partners

Manage Cookies

Privacy Settings

We use cookies to allow our website to work properly, personalize content and advertising, provide social media features and analyze traffic. We also share information about your use of our site with our social media, advertising and analytics partners

Privacy Policy

Manage Consent Settings

Essential Cookies

Accept All

The website cannot function without these cookies and you cannot switch them off on your system.

These cookies are typically set only in response to an action you perform (i.e. a service request), such as setting privacy preferences, logging in, or filling in a form.

You can set your browser to block or prompt you for these cookies, but this may prevent some site features from working.

Function Cookies

These cookies enable the provision of enhanced functionality and personalised content, such as videos and live chats.

Settings can be made by us or by third-party providers whose services we have added to our pages.

If you do not allow these cookies, some or all of our features may not work properly.

Marketing Cookies

Marketing cookies are used to track visitors' journey through our website. The purpose is to display advertisements that are relevant or appealing to the individual user and are therefore more important to the publisher or third-party advertiser.

Targeting Cookies
These cookies are set through our site by advertising partners. These companies may use cookies to build a profile of your interests and show you relevant adverts on other sites. They only need to recognise your browser and device to work. If you do not allow these cookies, you will not experience targeted advertising across different websites.

Social Media Cookies
These cookies are set by a range of social media services that we have added to our site to enable you to share our content with your friends and networks. They can track your browser across other websites and build a profile of your interests. This may affect the content and messages you view when you visit other websites. If you do not allow these cookies, you may not be able to use or view these sharing tools.