A Primer on Software-Defined WAN (SD-WAN) and its benefits
A Primer on Software-Defined WAN (SD-WAN)
Two decades ago, wide area networks (WANs) were designed to link local area networks (LANs) in order to connect physical geographical locations to one another, such as main headquarters and branch offices. Back then, data resided in physical locations like data centers and data movement was made possible through static, hardware-centric networks and expensive leased lines, dedicated fiber or virtual private networks.
Traditional WAN Challenges
As data continues to expand in size and variety, communication needs change and technologies evolve. Today, with the prevalence of the cloud and increased mobility, enterprises and workplaces are increasingly becoming virtual. Data now simultaneously resides in multiple locations, and the Internet has paved the way for a variety of transport protocols available for storing, accessing and retrieving data. In this ever-transforming and complex networked world, global enterprises need viable, less costly, more reliable and better-performing alternatives to traditional WANs.
Some of the most popular corporate WAN standards are multiprotocol label switching (MPLS), Frame Relay and Internet Protocol Security Virtual Private Networks (IPSec VPNs). MPLS is an IP-based protocol for transporting data within the same network. It is expensive, has low bandwidth, beset with performance and reliability challenges, and does not offer total control, as network configuration and traffic routing are done by the provider. Other WAN challenges include limited application awareness, fragmented security, complex operations and no readiness for cloud-based apps.
IDC Research conducted last year showed that the top challenges faced by today’s WAN are as follows:
·Security requirements relating to web, cloud services and Internet applications
·Complexity of multiple transport types, such as MPLS, Ethernet, Internet, leased lines, DSL, 4G/LTE
·Managing consistent user experience for on-premise enterprise apps and off-premises cloud applications (SaaS and IaaS)
·Simplifying WAN management and connectivity at remote branch offices
Figure 1. Top WAN challenges: Cloud security and rising WAN complexity
Today, a growing number of enterprises require flexibility to use a mix of traditional WAN technologies as well as new and emerging network technologies such as 3G/4G/LTE and broadband Internet as well as to reduce cost, provide better quality of service to apps, get better bandwidth and use cheaper commodity connections.
The Rise of Software-Defined WAN
Although experts point to the early 2000s as the period of SD-WAN’s inception, it was not until 2008 that the first reliable SD-WAN solution was made available to the market. As cloud security concerns and WAN management complexity increase, enterprises are considering SD-WAN as a viable option. SD-WAN offers a more flexible solution to hardware-centric WAN by optimizing multiple transport connections such as MPLS, broadband and LTE to intelligently steer traffic across the WAN.
According to the IDC study, SD-WAN adoption is gaining momentum, with 95% of enterprises surveyed already using SD-WAN solutions or intending to deploy SD-WAN solutions within a few months. The same research cites increasing cloud usage as the main driver of WAN technology choice, while the top drivers of SD-WAN adoption are secure cloud connectivity, performance of cloud apps and simplified WAN management.
Figure 2: Nearly 40% of companies surveyed by IDC have already deployed SD-WAN solutions, while over 55% plan to deploy SD-WAN in the coming months.
Why SD-WAN?
SD-WAN technologies transfer the burden of managing network traffic from hardware or physical devices to software. Here are some of SD-WAN’s key business benefits:
·Centralized control simplifies network management and improves the delivery of services, as it no longer requires managing individual gateways and routers. Complexity is greatly reduced with unified solutions that consolidate a wide range of services.
·Enhanced cloud application performance allows the classification and prioritization of the most important and most widely used applications. By being “application aware,” SD-WAN solutions can intelligently steer traffic according to user-defined application profiles and service-level agreements (SLAs).
·Zero-touch deployment delivers simplified deployment and security by allowing the automatic provisioning and configuration of SD-WAN appliances.
·Greater flexibility and agility with multi-connection and multi-transport options, allowing enterprises to select connection types and vendors most suitable for specific application needs.
·Higher return on investment (ROI) and lower total cost of investment (TCO) with increased bandwidth at lower costs
SD-WAN Architecture Overview
As its name implies, software-defined WAN uses software to program, configure and centrally control or manage a WAN to intelligently steer traffic across the WAN. It leverages multiple transport protocols to deliver high-speed application performance so enterprises can access applications as well as data quickly and connect branch offices more efficiently at lower costs.
Figure 3. SD-WAN employs multiple transport protocols to simplify network management and improve network services. (Image source: Fortinet)
By decoupling (virtually separating) the hardware from the centralized control and management mechanisms, SD-WAN improves business agility.
The figure below explains this concept of decoupling.
Figure 4. SD-WAN Architecture virtually separates the data plane from the control and management mechanisms. (Image source: Cisco)
·Data Plane – Also known as the user plane, forwarding plane, carrier plane or bearer plane, the data plane is responsible for carrying user traffic, enables data transfers to and from clients, handles multiple conversations through multiple protocols, and manages conversations with remote peers. Data plane traffic travels through routers, rather than to or from them. (Source: SearchNetworking)
·Control Plane – Builds and maintains the network topology and makes decisions on where traffic flows. The control plane is the part of a network that carries signaling traffic and is responsible for routing. (Sources: Cisco, SearchNetworking)
·Management/Orchestration Plane. The orchestration plane assists in the automatic onboarding of the SD-WAN routers into the SD-WAN overlay. The management plane is responsible for central configuration and monitoring. (Source: Cisco)
SD-WAN Components
The Metro Ethernet Forum (MEF), a nonprofit international industry consortium with over 200 member companies, is spearheading efforts to define, deliver and certify industry technical standards for “agile, assured, and orchestrated services across a global ecosystem of automated networks.” It provides an overview of components required to deliver SD-WAN services:
·SD-WAN Edge. This could be a physical device or a virtual Customer Premises Equipment (CPE) based on a virtual network function (VNF). Located at the edge (boundary) of the network, it allows internal networks to connect to external networks. It performs other critical functions such as applications-based Quality of Service (QoS), enforcement of security policies and WAN-optimization functions.
·SD-WAN Gateway allows sites that are connected via SD-WAN to connect to sites that are interconnected using alternative VPN technologies.
·SD-WAN Controller centrally manages physical or virtual devices for all SD-WAN Edges and SD-WAN Gateways.
·Service Orchestrator provides the service management of the SD-WAN service life cycle including service fulfillment, performance, control, assurance, usage, analytics, security and policy.
·Subscriber Web Portal is typically integrated into an existing customer portal for other managed services. Upon activation of these services, the Subscriber Web Portal communicates with the Service Orchestrator for SD-WAN service modifications such as setting up different QoS, security or business policies based on a user’s role.
Figure 5. SD-WAN components Image source: Velocloud
ATP and SD-WAN
ATP Electronics, the leading provider of “Industrial Only” DRAM modules and NAND flash solutions, is ready to meet the memory and storage demands of SD-WAN edge devices and appliances. ATP products are meticulously designed, expertly built and rigorously tested to deliver the highest levels of performance, reliability and endurance even in the toughest operating environments.
The ATP Edge
ATP’s memory and storage solutions are designed and engineered for enterprises to implement SD-WAN with ease and simplicity while assuring utmost reliability, great value and overall best total cost of ownership (TCO).
·Purpose-built for ultra-compact appliances. ATP offerings are available in small form factors designed to fit today’s space-saving appliances, while delivering big benefits such as reliable performance, extended endurance and secure access to data.
·Advanced power management and low power consumption. Using the latest power management technologies, ATP solutions ensure optimized power consumption to deliver huge power savings. For select products, advanced power loss protection mechanisms are onboard to protect data and device in the event of power losses.
·Meticulous testing and validation. As a true manufacturer, ATP manages the stages of the manufacturing process and conducts thorough testing from wafer/IC level to module and product level to ensure that only products of the highest quality are produced from its facilities.
·Controlled BOM. By maintaining complete control of its supply chain, ATP implements a controlled Bill of Materials (BOM) to guarantee long product cycles and buffer inventories that are aligned with sales forecasts in close coordination with customers to meet long-term supply requirements.
·Best TCO value. Reliable performance and extended endurance translate to minimal downtimes, longer service life, less frequent replacements. Overall, these benefits accrue to high returns on investment (ROI) and best TCO value.
SD-WAN memory and storage solutions from ATP are optimized for edge devices, hosted or on-premise cloud gateways, orchestrators and other branch office or datacenter appliances. They are available in diverse form factors, capacities, operating temperature support and customizable features.
Table 1. ATP “Industrial Only” memory and NAND flash storage solutions for SD-WAN.
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本文由闯天涯转载自ATP，原文标题为:A Primer on Software-Defined WAN (SD-WAN) and its benefits，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
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Company Profile Segment Challenges and Solutions Thermal Solutions Endurance Solutions Security Solutions CFexpress & USB 3.0 Value Line SSDs DDR5 DRAM SOLUTIONS FLASH SOLUTIONS Flash Products Naming Rule Solutions & Technologies Flash Technology Overview table Complete Flash Spec Overview & Product Dimensions
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公司简介 细分市场挑战和解决方案 热管理解决方案 TSE闪存解决方案 DRAM解决方案 闪存解决方案 闪存解决方案-固态驱动器和模块 闪存解决方案-存储卡 闪存解决方案-托管NAND 闪存产品命名规则 闪存规范概述和产品尺寸
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ATP（华腾国际）固态硬盘选型指南
Since 1991, we have consistently distinguished ourselves as one of the world’s leading original equipment manufacturers (OEM) of high-performance, high-quality and high-endurance NAND flash products and DRAM modules.
ATP - PCIE®GEN4 X4 M.2 2280，U.2 SSD,PCIE® GEN3 NVME M.2 2230 SSD,DDR5 MEMORY,PCIE®GEN3 NVME M.2 2230固态硬盘,MICROSDHC CARD,PCIE® GEN4 NVME U.2 SSD,SATA III 2.5" SSD,USB DRIVE,SD CARD,SATA III M.2 2280 SSD,SDXC CARD,PCIE®GEN3 NVME M.2 2280固态硬盘,SATA III 2.5英寸固态硬盘,PCIE®GEN4 NVME U.2固态硬盘,USB 2.0 EUSB,CFEXPRESS TYPE B MEMORY CARDS,M.2 TYPE 1620 HSBGA SSD,M.2 2242 SSD,NVME固态硬盘,MICROSDHC卡,PCIE® GEN4 X4 M.2 2280, U.2 SSDS,SECURSTOR MICROSD CARD,MSATA固态硬盘,PCIE® GEN4 NVME E1.S SSD,SATA III MSATA SSD,DRAM模块,PCIE®GEN4 NVME M.2 2280固态硬盘,MICROSDXC卡,NVME SSDS,DDR5内存,PCIE ® GEN4 NVME CFEXPRESS CARD,EMMC,SD卡,PCIE®GEN4 NVME E1.S固态硬盘,DRAM MODULES,M.2 2280固态硬盘,PCIE®GEN3 NVME M.2 2242固态硬盘,PCIE® GEN4 NVME CFEXPRESS CARD,NANODURA双UFD,E1.S PCIE GEN4 X4 SSD,SDHC CARD,袖珍闪存卡,E.MMC,PCIE® GEN3 NVME M.2 TYPE 1620 HSBGA SSD,MICROSD,M.2 2280 SSD,M.2 2230 SSD,SATA III M.2 2280固态硬盘,PCIE® GEN3 NVME U.2 SSD,NANODURA DUAL UFDS,MICROSD卡,CFEXPRESS卡,PCIE®GEN3 NVME U.2固态硬盘,SDXC卡,SATA III M.2 2242 SSD,PCIE® GEN3 NVME M.2 2242 SSD,MICROSD CARD,CFAST卡,1.ES PCIE GEN4 X4固态硬盘,SDHC卡,PCIE®GEN3 NVME M.2型1620 HSBGA固态硬盘,随身碟,CFEXPRESS CARD,COMPACTFLASH CARD,COMPACTFLASH卡,PCIE®GEN4 NVME CFEXPRESS卡,PCIE® GEN3 NVME M.2 2280 SSD,PCIE ® GEN3 NVME M.2 TYPE 1620 HSBGA SSD,EUSB,VALUE LINE SSDS,M.2型1620 HSBGA SSD,CFEXPRESS B型存储卡,CFAST CARD,M.2 2230固态硬盘,价值线固态硬盘,MSATA SSD,SECURSTOR MICROSD卡,PCIE® GEN4 NVME M.2 2280 SSD,MICROSDXC CARD,COMPACT FLASH CARD,M.2 2242固态硬盘,PCIE ® GEN3 NVME U.2 SSD,SATA III M.2 2242固态硬盘,A750PI,S600SC,B800PI,S750 SERIES,S600SI,B600SC,N700PC,A750 SERIES,E650SC,N601,N651SI,A600VI,S800PI,E600VC,I800PI,A600VC,A650SI,A650SC,N651SC,N750,S650SI,A600VI SERIES,N750PI,N651SIE,A800PI,N601 SERIES,A700PI,N651SIA,N650 SERIES,E600SAA,A750,A600VC SERIES,N600SC,E600SA,E650SI,N750 SERIES,E700PIA,N600SI,S650,S650SC,N651SI SERIES,E700PAA,B600SC SERIES,E600SI,N600VI SERIES,I700SC,N600VI,N650SI,E600SIA,N650SC,E750PI,N600VC,I600SC,E750PC,N651,S700PI,A650 SERIES,N650,N751PI,S700PC,N600VC SERIES,N651 SERIES,S650 SERIES,A650,N601SC,S750PC,E700PI,A600SI,N700PI,E700PA,S750,S750PI,E700PC,N651SCE,A600SC,数据记录,伺服器,汽车,AI SURVEILLANCE INFRASTRUCTURES,NETWORKING,ARTIFICIAL INTELLIGENCE (AI)-ENABLED SURVEILLANCE,HANDHELD COMPUTING,工业企业,物联网,手持计算,WEB SERVERS,网络,DATA LOGGING,POINT-OF-SALE (POS) TRANSACTIONS,自动化,IMAGING,企业,5G,STORAGE,成像,POS,销售点（POS）交易,BOX PCS,AUTOMOTIVE,SERVER,电信,ENTERPRISE,TRANSPORTATION,ROBOTICS,IOT,交通运输,SURVEILLANCE,人工智能（AI）监控,盒装PCS,边缘计算系统,工业,机器人学,AUTOMATION,EDGE COMPUTING,MISSION-CRITICAL APPLICATIONS,边际运算,INTERNET OF THINGS,EDGE COMPUTING SYSTEMS,TELECOM,INDUSTRIAL,INDUSTRIAL ENTERPRISE,关键任务应用程序,监控,存储器,人工智能监控基础设施,网络服务器
ATP e.MMC v5.1嵌入式闪存存储解决方案
该资料介绍了ATP e.MMC v5.1嵌入式闪存解决方案，强调其在工业级性能、极端耐用性和可靠性方面的特点。它符合AEC-Q100 Grade 2和Grade 3标准，具有高耐久性，支持JEDEC e.MMC v5.1标准，并采用153球FBGA封装。ATP e.MMC集成了NAND闪存、复杂的闪存控制器和快速的多媒体卡（MMC）接口，适用于空间受限但需在恶劣环境中保持可靠性的嵌入式系统。
ATP - MANAGED NAND,管理NAND,E.MMC,E600SI,E650SC,E600SAA,E700PI,E600SA,E650SI,E600VC,E700PIA,E600SIA,E700PA,E750PI,E700PAA,E750PC,E700PC
e.MMC MLC解决方案专业存储和内存解决方案的全球领导者
ATP - E.工业MMC,INDUSTRIAL E.MMC,E.MMC,E700PI,E600SA,E700PIA,E600SIA,E700PA,E600SI,E600SC,E700PAA,E600SAA,E700PC,EMBEDDED SYSTEMS,工业应用,嵌入式系统,INDUSTRIAL APPLICATIONS
Bringing 3D TLC NAND Flash Endurance and Reliability Closer to SLC/MLC
The advent of 3D NAND technology allowed for more relaxed lithography and broke planar NAND limitations. By stacking cells vertically, 3D NAND flash increased drive reliability and endurance. ATP breaks new ground with its new 3D TLC-based SATA SSDs.
【产品】ATP发布采用3D TLC NAND flash设计的A1性能等级SD/microSD卡产品系列S600Sia
2019年10月，专注于工业应用的存储解决方案领导厂商ATP Electronics（华腾国际科技）日前发布了其最新产品线 S600Sia, 这是ATP首个采用3D TLC NAND flash设计的A1 性能等级SD卡和microSD卡产品系列，是高可靠存储产品，可进行定制化设计，面向汽车电子及工业领域应用。
L系列e.MMC专业存储和内存解决方案的全球领导者
ATP工业级e.MMC是一款集成了NAND闪存、复杂的闪存控制器和快速的多媒体卡（MMC）接口的先进存储解决方案。该产品具有高耐久性、符合AEC-Q100标准，适用于严苛环境。它支持高速400（HS400）DDR模式，具有命令队列和缓存屏障，确保数据完整性和安全性。产品兼容性良好，支持多种技术和服务，适用于工业应用。
ATP - E.MMC,L-SERIES,E700PI,E600SA,E600VC,E700PIA,E600SIA,E700PA,E600SI,E700PAA,E600SAA,E700PC,EMBEDDED SYSTEMS,工业应用,嵌入式系统,INDUSTRIAL APPLICATIONS
M、 2个SATA
本资料介绍了ATP工业级M.2 SATA固态硬盘模块，适用于关键任务应用。这些模块提供高性能和容量，同时最小化整体尺寸，适合空间受限的小型系统。它们具有宽范围的运行温度（-40°C至85°C），并具备多种数据保护和恢复技术。
ATP - M.2 SATA,A750PI,AF120GSTIC-7BCXP,AF960GSTIC-7BCXP,AF240GSTIC-7BCXP,AF64GSTIC-2BAXX,AF64G5TIC-2BAXX,AF960G5TIC-7BCXP,AF120GSTIC-7BCIP,AF960GSTIC-7BCIP,AF240GSTIC-7BCIP,A600VC,AF32GSTIC-2BAXX,A650SI,A650SC,AF256G5TIC-2BAXX,AF256GSTIC-2BAXX,AF960G5TIC-7BCIP,AF480G5TIC-7BCIP,AF512G5TIC-2BAXX,A800PI,A700PI,AF120G5TIC-7BCIP,AF480GSTIC-7BCIP,A600SI,AF128G5TIC-2BAXX,AF128GSTIC-2BAXX,AF480G5TIC-7BCXP,AF480GSTIC-7BCXP,AF240G5TIC-7BCXP,A600SC
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拥有IC烧录机20余款，100余台设备，可以烧录各种封装的IC；可烧录MCU、FLASH、EMMC、NAND FLASH、EPROM等各类型芯片，支持WIFI/BT模组PCBA烧录、测试。
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可烧录MCU/MPU，EPROM,EEPROM,FLASH,Nand Flash, PLD/CPLD,SD Card,TF Card, CF Card,eMMC Card,eMMC,MoviNand, OneNand等各类型IC,IC封装：DIP/SDIP/SOP/MSOP/QSOP/SSOP/TSOP/TSSOP/PLCC/QFP/QFN/MLP/MLF/BGA/CSP/SOT/DFN.
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