Data & Networking Devices
part#
description
manufacturer
DPX SAS ENGINE SDK
DPX®-SAS Engine Software Development Kit; Comprehensive SAS protocol library; Over 175 SAS meters, 150 SAS events defined; Proven and field tested
Advantech
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ADAM-3016
Isolated Strain Gauge Input Module; 1000 VDC 3-way optical isolation; Switch configurable mV or V input of full bridge; Switch configurable voltage and current outputs
Advantech
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ADAM-3955-AE
2-Axis 50-pin SCSI DIN-rail motion wirin; 2-Axis 50-pin SCSI DIN-rail motion wirin
Advantech
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UNO-238 V2
Compact IoT Edge Computer with Intel® 12th Gen. Core™ i Processor; 12th Gen Intel® Core™ i Processor up to 10 Cores; Dual Channel DDR5-4800 up to 64GB; M.2 E-Key, B-Key, M-Key (support NVMe) expansion for storage/wireless; Equipped with CANBus for reliabl
Advantech
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PCLD-8710
DIN-rail Wiring Terminal Board with CJC Circuit; Low-cost screw-terminal with 68-pin SCSI-II connector; Onboard CJC (Cold Junction Compensation) circuits for direct thermocouple measurement; Reserved space for signal-conditioning circuits such as low-pass
Advantech
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FPM-D18W-FCE
18.5" (FHD) modular front display design compatible with TPC-B610, TPC-B520, TPC-B300 models; 350 cd/m² luminance with 1920 x 1080 (FHD) resolution; High durability and performance with industrial-Grade LED LCD; Advanced projected capacitive (P-CAP) techn
Advantech
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ADAM-3962
DB62 DIN-rail Wiring Board; Low cost universal DIN-rail mounting screw terminal module for DAQ cards with DB62 female connector; Screw-clamp terminal blocks allow easy and reliable connections; Case dimensions (W x L x H): 77.5 x 124.5 x 63.5 mm (3.1" x 4
Advantech
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ECU-1370
High-Performance IoT Gateway with NXP i.MX8M Quad Core Cortex A53; NXP i.MX8M Quad Core Cortex A53 1.3G CPU; DDR4 4GB RAM, 32GB eMMC for system storage; 1 x RS-232/485 isolated serial ports, 1 x CAN; 3 x 10/100/1000 Ethernet ports; 24 DI and 6 DO (Relay);
Advantech
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PCI-1780U
8-ch, 16-bit Counter/Timer Universal PCI Card; 8 independent 16-bit counters; 8 programmable clock source; 8 digital TTL outputs and 8 digital TTL inputs; Up to 20 MHz input frequency; Multiple counter clock source selectable; Counter output programmable;
Advantech
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PCM-26D1DB
iDoor Module: 1-Port Hilscher netX100 FieldBus mPCIe, PROFIBUS, DB9; Meets Advantech Standard iDoor Technology; PCI ExpressR Mini Card Specification Revision 1.2 compliant; Supports Hilscher PROFIBUS Protocol Library; Easy integration by wide range of dev
Advantech
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TPC-71W
7" Touch Panel Computer with ARM Cortex™-A9 Processor; NXP® ARM® Cortex™-A9 i.MX6 dual/quad-core processor; 7" 16:9 WSVGA LCD with multi-touch P-CAP control and true-flat IP66-rated front panel; Up to 2 GB DDR3L RAM and 8 GB eMMC storage onboard; 10/100/1
Advantech
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ADAM-6250
8DI/7DO IoT Modbus/SNMP/MQTT 2-Ports Ethernet Remote I/O; 8ch digital input(counter)/7ch digital output(pulse output); Protocols:MQTT(TLS),SNMP,Modbus TCP,RESTful,ASCII; GCL to perform basic logic control rules; Cloud access: Data update to Azure; Auto-by
Advantech
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WOP-204K
[RTOS] 4.3" WQVGA Operator Panel Installed with HMINavi Software; ARM9™ 32-bit RISC processor with 64 MB SDRAM working memory; Supports over 500+ PLC industrial communication protocols; Backup memory 128KB for retaining critical data or parameter; Support
Advantech
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ADAM-6366
6 Relay/18DI/6DO IoT Modbus/OPC UA Ethernet Remote I/O; OPC UA empowers Modbus I/O users to access the industrial IoT world; OPC UA I/O links SCADA and the cloud without the need for gateways, accelerating OT and IT convergence; Hardware and software doub
Advantech
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VPN-BOX-UNO23-500
WebAccess/VPN, Hardware Box UNO-2372, 500 devices + 100 VPN clients; HW BOX WebAccess/VPN solution; License 500 devices + 100 VPN Clients; Highly ruggedized, fanless design; Secure Private Networks in internet; Encrypted & Reliable Communication; Firewall
Advantech
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ADAM-3011
Isolated Thermocouple Input Module; 1000 VDC, fully isolated; Configurable thermocouple type; Flexible DIN-rail mounting; Linearized thermocouple measurement; Operates from a single +24VDC; Temperature range of 0 to 50°C
Advantech
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BB-B-XC-232
Expansion board for v2 routers - RS232; Serial port RS232; Port 1 or Port 2
Advantech
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APAX-5028
8-ch Analog Output Module; 8-ch voltage and current output; Range: ±2.5 V, ±5 V, ±10 V, 0~2.5 V, 0~5 V, 0~10 V, 0~20 mA, 4~20 mA; Resolution: 14-bit; Short Circuit Protection; Isolation between channels and backplane
Advantech
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EKI-5526I-EI
16FE Managed Ethernet Switch support EtherNet/IP, -40~75℃; 16 ports Fast Ethernet RJ-45 (EKI-5526/I-EI); Entry-Level Managed Switch; IXM function enables fast deployment; Provides EtherNet/IP EDS (Electronic Data Sheet) file, AOI (Add-On Instructions) fil
Advantech
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EKI-5626CI-EI
16FE+2G Combo Managed Ethernet Switch supportEtherNet/IP, -40~75℃; 16 Fast Ethernet ports + 2 Gigabit Copper/SFP combo ports (EKI-5626C/I-EI); Entry-Level Managed Switch; IXM function enables fast deployment; Provides EtherNet/IP EDS (Electronic Data Shee
Advantech
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Data & Networking Devices
General Guide & Overview
Networking devices come in various forms and play distinct roles in a network's infrastructure. They enable the efficient transmission of data, enhance network performance, and ensure network security. By knowing the types of networking devices, their examples, and their place in a computer network, you can optimize your network's connectivity, reliability, and overall functionality.
By gaining knowledge about data and networking devices, you will be equipped to build a network infrastructure that best suits your needs. You can enhance communication, secure your network from external threats, and create a reliable environment for data transmission.
Types of Networking Devices
In the world of computer networks, various types of networking devices play a crucial role in establishing and maintaining seamless connectivity. These devices are designed to facilitate efficient data transmission, enhance network performance, and ensure network security. By understanding the characteristics and capabilities of these devices, you can make informed decisions when setting up and managing your network.
Bridges
A bridge is a networking device that connects two separate networks and allows them to communicate with each other. It operates at the data link layer of the network and helps in directing network traffic between different segments.
Hubs
A hub is a simple networking device that connects multiple devices within a network. It operates at the physical layer of the network and works as a central point for data transmission, allowing devices to share information.
NICs (Network Interface Cards)
NICs, also known as network interface cards, are hardware devices that enable computers to connect to a network. They are responsible for translating data into a format that can be transmitted over the network and receiving data from the network.
Modems
A modem is a device that converts digital signals from a computer into analog signals that can be transmitted over telephone lines or cable lines. It is used to establish a connection to the internet or other remote networks.
Repeaters
A repeater is a networking device that regenerates and amplifies signals to extend the reach of a network. It receives signals, cleans them, and boosts their strength before transmitting them to another part of the network.
Switches
A switch is a networking device that connects multiple devices within a network and forwards data packets between them. It operates at the data link layer and improves network efficiency by transmitting data only to the intended recipient.
Routers
Routers are devices that connect different networks and facilitate the transfer of data between them. They operate at the network layer and use routing tables to determine the best path for data transmission.
Firewalls
A firewall is a security device that protects a network from unauthorized access and potential threats. It monitors incoming and outgoing network traffic and applies security rules to prevent malicious activities.
Gateways
A gateway is a networking device that connects two different types of networks, such as a local area network (LAN) and the internet. It acts as an intermediary and enables seamless communication between the networks.
Data and networking devices play a vital role in the world of modern connectivity. These devices are essential for efficient data transmission, ensuring optimal network performance, and providing network security. By utilizing networking hardware devices and incorporating advanced networking devices, individuals and organizations can establish a robust and reliable network infrastructure.
Understanding the different types of computer networking devices is key to optimizing your network. Bridges, hubs, network interface cards (NICs), modems, repeaters, switches, routers, firewalls, and gateways all have specific functionalities that contribute to seamless communication between devices.
Choosing the appropriate devices based on your network requirements is crucial. Whether you need to connect multiple devices in a local area network (LAN), connect remote networks, or secure your network from external threats, selecting the right networking devices is vital. Staying updated with the latest advancements in networking technology will also ensure that your network remains efficient and secure.
In summary, data and networking devices are the building blocks of modern connectivity. They facilitate seamless communication, enhance network performance, and keep your data secure. By understanding the various types of computer networking devices and their roles in networking, you can optimize your network and ensure smooth and reliable communication between all your devices.
FAQ
What are networking devices?
Networking devices are hardware or software components that facilitate communication and data exchange between devices in a computer network. They help establish and maintain connectivity, enhance network performance, and ensure data security.
What are some examples of networking devices?
Examples of networking devices include routers, switches, hubs, network interface cards (NICs), modems, repeaters, bridges, firewalls, and gateways.
What role do bridges, hubs, and NICs play in networking?
Bridges are devices that connect multiple network segments, allowing communication between devices in different segments. Hubs are central connection points that allow multiple devices to connect to a network. NICs, or Network Interface Cards, enable devices to connect to a network by providing the necessary communication interface.
What are the functions of modems, repeaters, and switches in networking?
Modems enable devices to connect to the internet by converting data signals between analog and digital formats. Repeaters amplify network signals, extending the reach of a network. Switches connect multiple devices within a network and facilitate efficient data transmission between them.
What is the role of routers, firewalls, and gateways in networking?
Routers are networking devices that direct data packets between different networks, enabling communication and data exchange between them. Firewalls protect networks by monitoring and filtering incoming and outgoing network traffic. Gateways connect networks with different protocols, facilitating communication between them.
How do networking devices contribute to network security and performance?
Networking devices play a crucial role in network security by implementing security protocols, filtering traffic, and monitoring network activity. They also enhance network performance by optimizing data transmission, managing network traffic, and ensuring reliable connectivity.
How can I choose the right networking devices for my network?
When choosing networking devices, consider factors such as network size, requirements, capacity, and security needs. Consult with network professionals or providers to determine the most suitable devices for your specific network setup.
Are there any advanced networking devices available?
Yes, advanced networking devices include technologies like load balancers, VPN concentrators, network accelerators, and intrusion detection systems (IDS). These devices offer specialized functionalities to enhance network performance, security, and scalability.
How can I stay updated with the latest advancements in networking technology?
Stay informed through technology news websites, industry publications, and professional networking events. Follow reputable networking equipment manufacturers and providers to learn about new products and technologies in the networking field.