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Analysis of edge computing of 5G core black technology
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Analysis of edge computing of 5G core black technology

  • Categories:Corporate News
  • Author:
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  • Time of issue:2020-06-18 14:12
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Analysis of edge computing of 5G core black technology

(Summary description)With the continuous mature development of 5G, the application field of edge computing is also continuously integrated into people's daily life and work in a blowout development, such as AR/VR virtual

  • Categories:Corporate News
  • Author:
  • Origin:
  • Time of issue:2020-06-18 14:12
  • Views:0
Information

What is edge computing?

We can use the living habits of octopus to understand what is edge computing (MEC).

Octopuses have the highest IQ among invertebrates. They move very dexterously and quickly during hunting. They have a high degree of coordination between the wrists and feet and never entangle or knot. This is because 60% of the huge number of octopus neurons are distributed on the eight legs of the octopus, and only 40% of the brain is a "multiple cerebellum + one brain" structure, similar to distributed computing.

Edge computing is also a kind of distributed computing. The processing of data, the running of applications, and even the realization of some functional services are devolved from the network center to the nodes on the edge of the network.

The Edge Computing Alliance ECC defines four areas for edge computing:

Where is edge computing good?

1. low cost

Edge computing supports local data processing. Local offloading of high-traffic services can reduce backhaul pressure and effectively reduce costs.

2. Low latency

In the 5G era, service processing functions rely on edge computing to sink to the base station, and the data transmission delay can reach 0.5ms; sinking to the transmission convergence layer can be within 5.5ms.

3. Large bandwidth

Edge computing platforms provide enterprises with "private cloud" hosting services, make full use of the cloud characteristics of operators' networks, and further meet the needs of large bandwidth. They can provide enterprises with high-quality network resources and large-bandwidth services by accessing operators' high-quality networks.

Where is edge computing?

With the continuous mature development of 5G, the application field of edge computing is also continuously integrated into people's daily life and work in a blowout development, such as AR/VR virtual enhancement, smart factory, smart city, unmanned driving, medicine Telepresence (tele-medicine), disaster relief, live broadcast, etc.

Due to the characteristics of edge computing applications, edge devices generally require small size, easy installation and placement, can adapt to special environments or be installed in other large-scale equipment, so embedded devices have become the first choice for edge computing.

BeiLianDe new generation of embedded edge computing devices supports the Intel® Xeon® processor D-2100 (formerly known as Skylake-D) series of system-on-chip (SoC) processors. Intel® QuickAssist Technology (QAT) includes up to four 10 Gigabit Intel® Ethernet integrated ports, and up to 512 GB of addressable memory with error correction code (ECC), available for compute-intensive applications Up to 100Gbps hardware acceleration.

E300-9D Series

BeiLianDe E300-9D series only has a height of 1U (43mm), a width of 254mm, a depth of 226mm, and a weight of only 3.4kg. It provides a rich network interface with 4 gigabit ports, 2 10 Gigabit ports, and 2 Optical fiber port, can be used as vehicle-mounted system (unmanned driving), face recognition system (gateway, unmanned retail, ticketing system, etc.)

5019D-FN8TP Series

BeiLianDe 5019D-FN8TP series also only has a height of 1U (43mm), a width of 437mm, a depth of 249mm, and a weight of only 3.63kg. It provides a wealth of network interfaces. There are 4 gigabit ports, 2 10 Gigabit ports and 2 An optical fiber port can be used as the Internet of Things (IoT), edge computing, software-defined wide area network (SD-WAN) and virtual network function (NFV), that is, communication infrastructure. Such as: IoT gateways, switches, firewalls, routing, DHCP servers, etc.

SD-WAN

BeiLianDe E100-9S (E/L) series uses Intel® 7th-generation Core™ i7/i5/i3 ultra-low power u-series processors with 2 cores/4 threads to achieve a balance of power and performance. Outstanding features include fast DDR4 DRAM 2 dimming up to 32GB, USB 3.0/USB 3.1, M.2, Mini-PCI-E, and SATA 3.0 (6Gbps) hard drives. Supports next-generation graphics controllers, 4K high-definition graphics resolution and LVDS, HDMI and DP port 3 displays. Suitable for applications with small size, energy saving, reliable, manageable, fanless and long life.

E100-9S(E/L)Series

BeiLianDe E100-9S (E/L) series is 44mm high, 195mm wide and 151mm deep, and weighs only 1.2kg. It is fanless. Has rich I/O input ports, dual display interface, 4 COM ports, 2 USB 3.0 interfaces, 1 USB 3.1 interface (Type C), 4 USB 2.0 interfaces, audio microphone (optional), WIFI (available (Optional), the rich external interface allows it to meet many application scenarios. Such as gateways, factories, buildings, residences, digital kiosks, interactive information systems, environmental monitoring, etc.

BeiLianDe 5028D series seventh/sixth-generation Intel® Core™ processors provide significant improvements in graphics performance, provide stunning visual effects for games, and provide compelling 4K content through AVX 2.0 Create and media play. Provide enhanced security through AES instruction faster encryption and BIOS/FW protection, new I/O connection and multiple independent display capabilities.

5028D(5029D)Series

BeiLianDe 5028D series is 240mm high, 210mm wide, 279mm deep, 6.8kg in weight, mini box design, supports SR-IOV technology, can be used for network security equipment, cloud and virtualization, high-performance NAS server, small and medium-sized enterprise office, ATM machine and video on demand.

As smart devices become commonplace, the Internet of Things has begun to take root in our daily lives, and it will soon be difficult to imagine life before this. IoT gateways and industrial PCs are being deployed on a large scale to bring computing power closer to data. In addition to the amazing scale of growth, managing these devices has brought countless challenges to customers. The equipment is distributed throughout the site, usually in locations that are difficult to fix and difficult to reach. The size and complexity of the edge ecosystem means that many traditional equipment deployment and maintenance processes are not enough. Instead, customers need a solution to the complexity, such as managing widely distributed devices with unreliable connections and high latency, protecting secure devices in a borderless world, and processing data at remote locations. With BeiLianDe, customers can simplify the management of edge hardware in the entire environment. Our powerful and robust equipment enables customers to move processing power out of the data center and close to the edge.

For more edge computing equipment, or more server equipment, please visit the official website of Beiliande, we look forward to your visit.

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