Delivery Lead Time:
1 week
Product Description
In addition, the new generation of cloud-network infrastructure is formed through the unified centralized control and collaboration with distributed computing resources With the built-in capability of cloud edge computing energy efficiency First Network, computing tasks are dynamically and flexibly scheduled based on real-time computing resource performance, network performance, cost and other multi-dimensional factors according to business requirements, thus improving resource utilization, network utilization efficiency and business user experience. We can offer Vmware Infrastructure, Hybrid Cloud lnfrastructure, bare metals and ucpe whitebox.
About edge computing
As one of the trusted edge computing service providers,GoSDWAN sd wan professional services can not only effectively integrate the resources of public and hybrid cloud platforms distributed around the world, but also match the relevant low latency network to cover the last mile. Experienced in logistics clearance and equipment management on customer sites, we can support the customers to obtain all the necessary cloud computing edge computing layer resources for SD-WAN edge computing services quickly and cost-effectively.
Edge Compute Future-proof Dynamic Networks
Vmware Infrastructure
A VMware resource pool of over 400 nodes worldwide covering major cities around the world.
Hybrid Cloud lnfrastructure
Portfolio management of compute resources for distributed multi-cloud management, highlighting the low latency circle coverage of cloud delivery models.
BareMetal
Rental services focused on high performance IOPS computing platformsx86, also located in major cities around the world.
uCPE Rental
Helps obtain unified uCPE management service to support SDN/SD-WAN/SASE
for each branch office with the global reach.
Detailed Introduction to Edge Compute
The development of cloud platforms and vpc virtual private cloud technologies has undoubtedly provided a huge potential for digital transformation. However, not all virtualization platforms support NFV components, and the underlying network openness of compute nodes needs to be validated in advance when network algorithms are deployed at the edge.
