There are two extremes: absolute security and absolute access. The closest we can get to an absolutely secure machine is one unplugged from the network, power supply, locked in a safe, and thrown at the bottom of the ocean. Unfortunately, it isn't terribly useful in this state. We constantly make decisions about what risks we're willing to accept. When we get in a car and drive to work, there's a certain risk that we're taking. When we get on an airplane, we're accepting the level of risk involved as the price of convenience. Yes, it would be more convenient, but the risk of injury outweighs the advantage of convenience.
Every organization needs to decide for itself where between the two extremes of total security and total access they need to be. A policy needs to articulate this, and then define how that will.
IT security products have become as complex as the networks they’re trying to secure. At Sophos we know that the solution to complexity is not more complexity. We tackle security challenges with clarity and confidence, knowing that simple security is better security.
CryptoGuard in Intercept X is the world's best ransomware protection. It utilizes behavioral analysis to stop never-before-seen ransomware and boot-record attacks, making it the most advanced anti-ransomware technology available.
Intercept X includes the industry’s most powerful malware cleaner. While most virus cleaners simply remove offending malware files, Sophos Clean provides forensic-level remediation by eradicating malicious code and eliminating nasty registry key changes created by malware as well.
Intercept X is integrated into Sophos Central, the intuitive cloud-based console for managing all your Sophos Products. No servers to build—just log in to download the agent and configure all your policies from one place.
This is an excellent software for those who want to create SMS services in their corporate IT system!
Ozeki NG - SMS Gateway is the best software product for sending SMS notifications and for building automated SMS information retrieval services. It can be installed on Windows and on Linux systems and it can be used to send and receive SMS and MMS messages. It provides various interfaces. Check out some of the most popular ones:
If you want to use mobile messaging in your company, the best practice is to setup an SMS gateway on one of your servers to handle all your mobile messaging needs. This SMS gateway can be connected to the mobile network through a wireless link, by using a GSM modem or through the Internet (Figure 1). It will provide a central point of access for your office users and your IT system when they want to use mobile messaging. This way you can avoid the chaos independent SMS service subscriptions can cause over time.
A wireless connection can be setup by attaching a GSM phone or GSM modem to your computer with a data cable. After the phone (or modem) is attached, Ozeki NG SMS Gateway needs to be configured to operate the phone. When you setup this kind of connection you will need a SIM card, that you put into the phone (or modem). When you purchase the SIM card from your local mobile network operator, you should select a price plan that offers good prices on SMS. A wireless connection will allow you to send up to 10000 SMS messages per day. If you need greater performance, you should consider to use an IP SMS connection or more than one modem.
If you wish to connect your SMS gateway to the mobile network through the Internet (in other words you want to use an IP SMS service), you should find an IP SMS service provider. This service provider will give you connection details after you sign up for it's service. When you select a provider make sure to find one, who is able to provide SMS over SMPP. SMPP is the best protocol for SMS messaging over the Internet, because it is asynchronous, fast and reliable. After you have signed up for the service, you need toconfigure the SMPP service provider connection in Ozeki NG SMS Gateway. The advantage of an IP SMS connection, is that it offers much higher throughput. The disadvantage is that it is often more expensive to send SMS messages this way, then by using a wireless link.
EX Series Ethernet Switches address the access, aggregation, and core layer switching requirements of micro branch, branch office, campus and data center environments, providing a foundation for the fast, secure and reliable delivery of applications that support strategic business processes. EX Series enterprise Ethernet switches deliver operational efficiency, business continuity, and agility, enabling customers to invest in innovative initiatives that increase revenue and help them gain a competitive advantage.
In an enterprise campus and branch application, the EX Series Ethernet switches—as part of Juniper's Simply Connected portfolio—work with Juniper wireless and security solutions to create a standards-based network foundation that is well-aligned and flexible enough to deliver all enterprise applications—everything from file services to IP telephony, messaging, presence, video conferencing, and Web services.
The EX2200 line of Ethernet switches, ideal for access-layer deployments in branch offices and campus networks, delivers a level of functionality and performance normally associated with higher-cost Ethernet switches.
EX2300 and EX2300-C Ethernet Switches deliver a compact, high-density, cost-effective solution for small network environments where space and power are at a premium. Featuring a small, 1U footprint, the EX2300 and EX2300-C are ideal for access-layer deployments in micro branches, retail and workgroup environments, and converged network access in larger networks.
The EX2300 offers 24 10/100/1000BASE-T ports in a single platform, while the EX2300-C offers 12 10/100/1000BASE-T ports. Both models are available with or without IEEE 802.3af Power over Ethernet (PoE) or 802.3at PoE+ for powering attached network devices. Optional front panel 10GbE uplink ports support connections to higher-layer devices.
The EX2500 line of Ethernet switches delivers a compact, energy-efficient solution for 10 gigabit Ethernet (GbE) top-of-rack data center access deployments where high performance, low latency and high availability (HA) are key requirements.
The EX3200 line of Ethernet switches offers a high-performance standalone solution for low-density access deployments in the wiring closets of remote offices and small LANs in large office buildings.
The EX3300 Ethernet switch with Virtual Chassis technology offers a compact, cost-effective, highly scalable solution for supporting the most demanding converged enterprise access environments.
The EX4200 line of Ethernet switches with Virtual Chassis technology combine the availability and reliability of modular systems with the economics and flexibility of stackable switches, delivering a high-performance, scalable solution for data center and campus environments.
The EX4500 line of Ethernet switches delivers a scalable, compact, high-performance platform for supporting high-density 10 gigabit per second (Gbps) data center, campus, and service provider deployments.
The EX6200 line of chassis-based Ethernet switches is a scalable, resilient, high-performance wiring closet solution designed to provide extremely high port densities in a space-optimized form factor.
The EX8200 line of modular Ethernet switches offers flexible, modular platforms that deliver the port densities, scalability, and high availability required for today's demanding data center and campus core environments.
Comprehensive, scalable, and secure routing solutions specifically designed to meet the needs of both enterprises and service providers. All of our routers - core, multiservice edge, and carrier Ethernet - run on one common operating system.
A portfolio of SDN-ready edge routers that provide the industry-leading system capacity, density, and performance that enterprises, service providers and cloud operators need to thrive in our always on, always connected digital world.
Providing high-performance network routing, next-generation firewall, and unified threat management capabilities in a single platform, these hardened devices are designed to withstand the strongest vibrations and shock. Withstand any shock, work in harsh environments, and dustproof and splash resistant.
These platforms give time-division multiplexing and other circuit-based applications reliable and efficient access to next-generation IP networks with all of their cost and efficiency advantages. Includes monitoring tools, connects digital and analog voice applications across IP, and reliably transports TDM across IP/MPLS.
As a hgh-performance, secure, software-driven on-premises platform, The NFX250 provides ultra-fast custom service delivery on-demand. This secure, on-premises device can run and chain multiple virtualized network functions simultaneously in an open, NFV environment, giving companies the flexibility to create innovative services and automate services activation with zero truck rolls.
ACX Series Routers Provide Reliable, Hardened Mobile Backhaul. Carrier Ethernet 2.0-compliant routers enable efficient mobile backhaul and highly reliable, SLA-backed business services while reining in operational expenses.
PTX Series routers provide the platform for the Converged Supercore® architecture, a model for optimizing IP/MPLS core, peering, metro, and converged IP and optical networks. These routers are built for superior performance, optical transport integration, and elegant deployment. They support high-density 100GbE environments and offer industry-leading energy efficiency of less than half a watt per Gbps.
The M Series Multiservice Edge Network Routers combine IP/MPLS capabilities with unmatched reliability, stability, security, and service richness. These secure network routing platforms allow enterprises and service providers to consolidate multiple networks into a single IP/MPLS infrastructure.
High-performance security with advanced, integrated threat intelligence, delivered on the industry's most scalable and resilient platform. SRX Series gateways set new benchmarks with 100GbE interfaces and feature Express Path technology, which enables up to 2 Tbps performance for the data center.
Offers a broad range of options—from all-in-one, integrated physical and virtual security networking devices to highly scalable, chassis-based data center solutions—that can defend enterprise data centers and service providers of any size.
Provides advanced, next-generation defense against known and unknown threats, with a comprehensive suite of layered security services both on-premises and in the cloud. All SRX Series gateways are built for resiliency, scalability, and availability to secure data centers or the enterprise edge against the broadest spectrum of threats.
Supports fast, secure, and highly available data center and enterprise edge operations, with unmatched performance and scalability, massive session volumes, and flexible large-scale connectivity, with ultra-low latency performance of up to 1 Tbps.
Delivers continuous uptime through in-service hardware and software upgrades, redundant components, and carrier-class hardware for resiliency. The high-end SRX Series gateways deliver six-nines reliability for nonstop business continuity and application availability.
Provides outstanding value for high-speed, highly effective security services—even with multiple services enabled. The system’s flexible, modular approach protects your investment by scaling for future network growth.
The SRX100 Services Gateway is a secure router that supports up to 650 Mbps firewall and 65 Mbps IPsec VPN. Additional security features include unified threat management (UTM), which consists of: IPS, antispam, antivirus, and Web filtering. The SRX100 Services Gateway is ideally suited for securing small distributed enterprise locations.
The SRX110 Services Gateway is a secure router that supports up to 650 Mbps firewall and 65 Mbps IPsec VPN. It delivers a single, consolidated, cost-effective networking and security platform including unified threat management (UTM), which consists of: IPS, Anti-Spam, Anti-Virus, and Web filtering. It also features a built-in VDSL/ADSL2+ WAN interface, 3G/4G capabilities, and an 8-port Fast Ethernet switch. The SRX110 is ideally suited for securing small branch deployments.
The SRX210 Services Gateway is a secure router that supports up to 750 Mbps firewall, 75 Mbps IPSec VPN, and 80 Mbps IPS. Additional security features include Unified Threat Management (UTM), which consists of: IPS, antispam, antivirus, and Web filtering. With wired and 3G wireless connectivity options, the SRX210 Services Gateway is ideally suited for securing small distributed enterprise locations and took top honors in the SMB Infrastructure category at Interop Tokyo in 2009.
The SRX220 Services Gateway is a secure router that supports up to 950 Mbps firewall, 100 Mbps IPSec VPN, and 100 Mbps IPS. Additional security features include Unified Threat Management (UTM), which consists of: IPS, antispam, antivirus, and Web filtering. The SRX220 Services Gateway is ideally suited for securing small to medium distributed enterprise locations.
The SRX240 Services Gateway is a secure router that supports up to 1.5Gbps firewall, 250 Mbps IPSec VPN, and 250 Mbps IPS. Additional security features include Unified Threat Management (UTM), which consists of: IPS antispam, antivirus, and Web filtering. The SRX240 Services Gateway is ideally suited for securing branch distributed enterprise locations.
The SRX550 Services Gateway is a highly modular and flexible platform that delivers advanced networking and security to medium and large branch locations. It features ten built-in GbE ports and offers rich WAN and LAN options with a mix of mini-PIM, GPIM and XPIM interfaces.
The SRX650 Services Gateway is a secure router that supports up to 7.0 Gbps firewall, 1.5 Gbps IPSec VPN, and 900 Mbps IPS. Additional security features include Unified Threat Management (UTM), which consists of: IPS, antispam, antivirus, and Web filtering. The SRX650 Services Gateway is ideally suited for securing regional distributed enterprise location and won Best of Interop in the Infrastructure category at the Las Vegas show in 2009.
The SRX1400 Services Gateway supports up to 10 Gbps firewall, 2 Gbps firewall and IPS, or 2 Gbps of IPsec VPN, and up to 45,000 new connections per second. The SRX1400 is a professional-grade platform for security ideally suited for small to mid-size data centers, and enterprise and service provider 10 GbE network environments where consolidated functionality, uncompromising performance, and services integration, are required.
The SRX3400 Services Gateway supports up to 20 Gbps firewall, 6 Gbps firewall and IPS, or 6 Gbps of IPsec VPN, and up to 175,000 new connections per second. This SRX Services Gateway is ideal for securing and segmenting data center network infrastructures, aggregating a variety of different security solutions, and enforcing unique per-zone security policies in small to midsize server farms and hosting sites
The SRX3600 Services Gateway supports up to 30 Gbps firewall, 10 Gbps firewall and IPS, or 10 Gbps of IPsec VPN, plus up to 175,000 new connections per second. Equipped with a full range of integrated security features, this SRX Services Gateway is it's ideal for securing medium to large enterprise data centers, hosted or co-located data centers, and next-generation services and applications.
TThe SRX5600 Services Gateway supports up to 60 Gbps firewall and 15 Gbps IPS, as well as 350,000 new connections per second and 9 million concurrent user sessions. Exhibiting extraordinary scalability, the SRX5600 Services Gateway is ideal for securing large enterprise data centers, service provider infrastructures, and next-generation services and applications, as well as enforcing unique per-zone security policies.
The award-winning SRX5800 Services Gateway supports more than 120 Gbps firewall and 30 Gbps IPS, as well as 350,000 connections per second and an industry record-breaking 10 million concurrent user sessions. Equipped with a full range of integrated security features, the massively scalable SRX5800 Services Gateway is ideal for securing large enterprise data centers, hosted or co-located data centers, and service provider infrastructures.
By virtue of technology optimization, SANGFOR NGAF managed to deliver professional NGFW and WAF security all-in-one box without scarifying the performance. With the kernel-level correlation of security modules for highly integrated layer2-layer7 visibility, SANGFOR NGAF provides an enhanced security solution suite not only to the network hosts, but also to the servers and business applications with high security effectiveness.
Sangfor developed a holistic approach based on 4 key principles: Prediction, Defense, Remediation and Backtracking. You can now Predict the attacks & threats before they even happen, Defend your Network and if any suspicious is detected, it will be Remediated. With the Backtracking capabilities, you can analyze the reports to timely and efficiently set up network security policies.
Sangfor NGAF offers a better Value for your Money by making sure that it is the Best Suited Security Solution, in order to provide a Safe, Secure and Managed network environment with a much lower TCO compared to other solution available in the industry
SANGFOR NGAF delivers industry-leading technologies for top threat prevention effectiveness:
Next Generation Firewall Security: Listed in Gartner Magic Quadrant for Enterprise Firewalls (2015) with high recognition on the advanced NGFW security features.
IPS: Intrusion prevention for both signature and anomaly vulnerability exploits, with partnership with MAPP (Microsoft Active Prevention Program) and the CVE (Common Vulnerability and Exposure) organization.
Web Application Firewall Security: Provides NSS Labs “Recommended” WAF modules for enhanced protection to web application servers for both public-faced servers as well as intranet applications.
Remediation is a crucial part of security management to avoid damages. SANGFOR NGAF makes sure business networks are safe from cyber-attacks with:
Anti-Malware: Unveils threats that hidden in the network and blocks the control connections to external attacker to avoid data leak and future intrusions.
Data Leakage Prevention: Prevent data leakage caused by cyber attacks.
Anti-defacement: Intelligent anti-defacement module for protecting website and portals from being tampering with.
Sangfor NGAF can predict the threats before they even happen with:
Risk: Proactive Risk Assessment to assess security level of the current network & system and identify security vulnerabilities such as false configuration, weak passwords and vulnerability.
Emerging: Equipped with industry-leading Cloud Sandboxing for identifying new and emerging threats for nearly real-time security.
0-day: Proactive incidence response by Threat Intelligence, which keeps IT team updated with the latest vulnerabilities, malware and security incidents information with advisory alerts for policy creation.
Comprehensive & intelligent reporting tools for real-time & historical backtracking of threats to assist in decision making of security management.
Advisory Security Reporting: Simple & intuitive by telling you where the issues are, what damages could they cause and how you could protect yourself against it.
Automatic Security Operation: With SANGFOR NGAF, security operation tasks can be carried out simply with several mouse clicks in an automatic operation manner following the drill-downs on the WebUI.
Crystal Clear Security Operation Platform: SANGFOR NGAF is designed in an intelligent and interactive manner, delivering a Virtual Security Expert to assist on enterprises’ security operation.
Most corporate environments today have hundreds of applications running on the network at any given time. They all have different management issues, depending on the application type, and there is no one-size-fits-all technique to optimize performance across the board. In addition, recreational and peer-to-peer (P2P) traffic can consume essential bandwidth needed to power business applications. Do you know much WAN bandwidth is consumed by recreational traffic such as YouTube, Facebook and casual Web browsing? How can you prioritize bandwidth use to align network resources with business objectives?
Sangfor IAM can tightly control devices that access the network such as PCs, laptops, mobile clients, etc. It can also comprehensively identify various applications in the network and control certain functions, such as upload function of network drives, file transfer, etc. With flexible identification and access control, Sangfor IAM can timely detect and control illegal wireless hotspots.
Sangfor IAM can identify and control non-work related applications in the network to improve work efficiency and productivity. With many professional traffic management features, it can rationally allocate bandwidth resources to maximize the bandwidth usage. It can also track and record the Intranet user behaviors in details to meet security compliance requirements. For organizations with branches, it provides unified management platform and supports 3G link backup.
Sangfor IAM is using a new high-performance hardware platform to exceed the limit of 10G of one-way processing performance and support IPv6. It also optimizes protocol support to carry more traffic in hybrid protocol environment and meet user’s needs for high performance and high stability.
making the network management more efficient and reliable.
Sangfor IAM support a number of flexible authentication methods, including WeChat authentication, SMS authentication, APP authentication, etc. It also provides a variety of information push methods, helping enterprises to push targeted advertising information to their customers. User’s data are recorded by the IAM device and can be further analyzed to provide rich log reports to help enterprises make the right decision.
Sangfor Internet Access Management provides clear evaluation of the overall network quality. You can now detect who are the slowest users, when they are affected by slow web-access and list the users with poor web-access quality.
P2P traffic is often out of control with traditional traffic control tool for its particular UDP traffic interaction. Simple expansion of the bandwidth cannot solve the root cause. Sangfor developed a technology that can accurately control the P2P traffic by restraining the upload traffic. More bandwidth resource can be utilized by critical business system and the bandwidth utilization will be used up to 30% at least.
Internet has become a vital platform for most businesses as more and more mission-critical applications have been deployed over the Internet. However with great opportunities come great challenges.
IT departments are often neglected as they are only seen as a cost, rather than an investment. Improving user experience and work eﬃciency , blocking illegal endpoints, reducing bandwidth consumption, guarding intellectual property rights, protecting against malware and implementing internet access compliance have become the main challenges for IT managers . Moreover, with the rise of the BYOD (Bring Your Own Device) trend in work environment, superior enterprise Internet management tools are needed more urgently than ever for the overburdened IT department.
SANGFOR Internet Access Management (IAM) is the ideal solution designed to tackle enterprise network challenges which oﬀer simple and reliable Internet access control.
With SANGFOR IAM, you can also transform your wireless network into a Marketing Tool, which can allow you to generate more revenue through advertisements and better understand your customer's behavior
At the same time, as information and data are becoming key assets, enterprises are paying more attention to prevent potential information leakage and disruptive network activities. SANGFOR IAM can realize reﬁned content auditing for common IM programs (Instant Messenger such as Yahoo Messenger, Skype, Gtalk), emails and social network platforms (Facebook,Twitter, etc.).
As the leading vendor in Asia and No. 1 brand in China for the Network Management market, Sangfor IAM has been already listed in the Gartner Magic Quadrant for 4 years in a row. It has professional behavior management, application control, traffic control, information control, illegal hotspot control, behavior analysis, wireless network management and many other features, which can truly achieve a Unified Internet Behavior Management of all clients in the entire network.
Mainly used as an Internet Behavior Management device deployed in the Internet gateway, it can support 10 Gbps environment, provide Unified Wired and Wireless networks and can be used in many other scenarios to secure and maximize your network. Sangfor IAM has already served more than 20,000 customers in every kind of industry
Sangfor IAM manages and controls network applications more comprehensively, accurately and conveniently. It has the largest Application Recognition feature library in Asia, which can identify 2,100 network applications, over 700 mobile applications and is updated every 2 week.
It can also precisely control applications according to their specific functions, such as distinguishing upload, download and other actions in the Network. Last but not least, its bulk management mode for large enterprises greatly improves the management efficiency.
Three unique major traffic management technologies of Sangfor IAM can improve the bandwidth utilization by more than 30%. Its dynamic flow control function can dynamically adjust the flow control policy and intelligently allocate idle bandwidth resources. Its Intelligent Flow Control function can precisely control both uplink and downlink P2P traffics.
Last but not least, it can customize traffic "packages" for different users, allocating specific traffic quota and limit the bandwidth for users whom have excessed it.
With the industry leading technology for Information Management, Sangfor IAM can identify outgoing information in the network and supports outgoing behavior control on forum, email, instant messenger, network drive & other applications, including even SSL encrypted email, to prevent leakage of core information and provide log traceability for network sensitive incidents.
Its high-performance external data center can store massive logs so that our customers can look up for the information they need.
Sangfor IAM can effectively control both Wired and Wireless networks, achieving Unified Management of all clients in the entire network. With rich and flexible authentication methods, it can fully guarantee the security of access control, which supports a variety of traditional authentication methods such as username/password, IP/MAC binding, etc., as well as value-added marketing authentication methods (QR code, SMS, WeChat, App, Alipay, etc.).
It can also control permissions based on user, application, location and client types. With its built-in wireless controller function, it can manage Sangfor APs directly, building a faster and more cost-effective wireless network.
Sangfor WANO (WAN Optimization) can be deployed in the WAN gateway of data centers and branch offices. Through traffic reduction, stream compression, stream cache, protocol acceleration and other leading technologies, Sangfor WANO can cut up to 70% of redundant traffic, reduce packet loss rate to below 1%, save 50 % of link costs and improve application speed by 3-10 times to achieve huge improvement for application performance & WAN speed.
Sangfor WAN Optimization Solution, including Hardware and Virtual Software Products, support the Internet, Internal WANs, Public and Private Clouds and Hybrid Networks.
Sangfor Virtual WAN Optimization Software, which support & run on major hypervisors, can be quickly & easily deployed within virtual infrastructures, offering the full suite of WAN optimization features. Unlock the potential of virtualized environments with Sangfor's virtual WAN optimization software that delivers the cost and flexibility benefits of virtualization built.
Sangfor vWOC accelerate the data transfer between the Cloud and Data Center, Branch Office or End Users. It eliminates the negative effect from limited bandwidth, packet loss and latency & easily enhances your application experience in AWS.
By optimizing application interaction mechanism with application layer protocol proxy technology, it does not only accelerate dozens of mainstream OA/ERP and other business systems, but also accelerate the access speed of branches to business applications.
Integrated with IPSec VPN technology, Sangfor WANO supports a variety of encryption algorithms and makes the speed of VPN network comparable to leased line with lower costs.
Through cache and proxy of UDP data, Sangfor WANO can sense packet loss on links and automatically retransmit data to eliminate mosaics and make video conference smoother.
Prior to wireless networks, setting up a computer network in a business, home or school often required running many cables through walls and ceilings in order to deliver network access to all of the network-enabled devices in the building. With the creation of the Wireless Access Point, network users are now able to add devices that access the network with few or no cables. Today's WAPs are built to support a standard for sending and receiving data using radio frequencies rather than cabling. Those standards, and the frequencies they use are defined by the IEEE. Most WAPs use IEEE 802.11 standards.
A typical corporate use involves attaching several WAPs to a wired network and then providing wireless access to the office LAN. The wireless access points are managed by a WLAN Controller which handles automatic adjustments to RF power, channels, authentication, and security. Further, controllers can be combined to form a wireless mobility group to allow inter-controller roaming. The controllers can be part of a mobility domain to allow clients access throughout large or regional office locations. This saves the clients time and administrators overhead because it can automatically re-associate or re-authenticate.
A Packet Sniffer (also known as a network sniffer, network analyzer or protocol analyzer or, for particular types of networks, an Ethernet sniffer or wireless sniffer) is computer software or computer hardware that can intercept and log traffic passing over a digital network or part of a network.
PRTG Network Monitor is a powerful network monitoring application for Windows-based
systems. It is suitable for small, medium, and large networks and capable of LAN, WAN, WLAN,
and VPN monitoring. You can also monitor physical or virtual web, mail, and file servers, Linux
systems, Windows clients, routers, and many more. PRTG monitors network availability and
bandwidth usage, as well as various other network parameters such as quality of service,
memory load, and CPU usages, even on remote machines. It provides system administrators
with live readings and periodical usage trends to optimize the efficiency, layout, and setup of
leased lines, routers, firewalls, servers, and other network components.
The software is easy to set up and use and monitors a network using Simple Network
Management Protocol (SNMP), Windows Management Instrumentation (WMI), packet sniffer,
Cisco NetFlow (as well as IPFIX, sFlow, and jFlow), and many other industry standard protocols.
It runs on a Windows-based machine in your network for 24-hours every day. PRTG Network
Monitor constantly records the network usage parameters and the availability of network
systems. The recorded data is stored in an internal database for later analysis.
PRTG Network Monitor follows and analyses your network and requires no third party
software. It's quick to download and install. PRTG will be up and running in a just a few minutes
including a first auto-configuration. Smart Setup, the built in interactive guidance dialog, will
lead you through the whole process.
Founded 1958 in Tittmoning (South Germany) by Hans Rosenberger Sr.
Products: Connectivity Solutions Connectors and Cable Assemblies across all industries
Manufacturing Sites: Germany (3), Hungary (2),
Sweden (1), Denmark (1), UK (1), Spain (1), USA (4),
Brazil (1), China (4), India (2)
Fiber optic cable, also known as a fiber optic cable, is an assembly similar to an electrical cable, but containing one or more optical fibers that are used to carry light. The optical fiber elements are typically individually coated with plastic layers and contained in a protective tube suitable for the environment where the cable will be deployed. Different types of cable are used for different applications, for example long distance telecommunication, or providing a high-speed data connection between different parts of a building.
Structured cabling is the design and installation of a cabling system that will support multiple hardware uses and be suitable for today’s needs and those of the future. With a correctly installed system, current and future requirements can be met, and hardware that is added in the future will be supported
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