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Best IP Cameras – Cloud Cameras to Monitor Homes and Businesses

IP cameras allow us to monitor our home and business easily and quickly, all through our smartphone with the manufacturer’s free app. We must differentiate between IP cameras and Cloud cameras, the former do not use the manufacturer’s “cloud” for viewing or managing the camera, that is, we will need to perform a certain configuration on our home router, and if you have CG-NAT, we will not you can view it from the outside. Cloud cameras connect directly to the manufacturer’s cloud, and we will connect to said Cloud, so all traffic (visualization, management, alerts) goes through the manufacturer’s cloud. Manufacturers like D-Link, EZVIZ, Reolink and others come highly recommended for their value for money.

To choose a good home video surveillance camera, we must look at several very important aspects:

  • Camera resolution: nowadays the cameras have HD 720p or Full HD 1080p resolution, both options are highly recommended, but if you can choose Full HD 1080p much better if you have to zoom. Thanks to this resolution, we can clearly see the entire room, even if we enlarge a specific area.
  • Frames per second: FPS is also very important in a camera, normally home cameras use between 15 FPS and 30 FPS depending on the maximum resolution of the camera. The more FPS, the better viewing experience we will have when objects are moving quickly.
  • Two-way audio: Nowadays it is essential to have a camera with a microphone, however, it is also highly recommended that it incorporate a small speaker to be able to interact with the person on the other side. Therefore, a camera having two-way audio is very important for a perfect user experience.
  • Infrared night vision: To see in complete darkness, you need infrared. There are cameras that have “smart” infrareds that adapt to the environment so as not to oversaturate the image.
  • Micro SD slot: If you want to store video clips locally, it is a good option that incorporates a micro SD slot, but logically, if a thief enters to steal, the first thing he will do is take the recordings you have made, therefore, use this with caution.
  • Wi-Fi direct to the router or a camera base: Currently there are totally wireless cameras (powered by batteries) that connect directly to the router in our home, or they need a “base” of cameras. Of course, cameras that are not completely wireless also connect via Wi-Fi, mainly on the 2.4GHz band because it will provide us with greater coverage.
  • Ethernet port: Due to the size of current surveillance cameras, it is unlikely that they incorporate an RJ-45 port, however, if you want to connect it via cable and do without the Wi-Fi network, it is something that you should consider.
  • IP camera or Cloud camera: if you decide to buy an IP camera or several, you will surely have to mount some type of NVR to carry out all the recordings and management in a centralized way. With Cloud cameras, everything is easier by using the camera manufacturer’s application. If you do not have much knowledge about networks and protocols that are used for video surveillance, surely a Cloud camera is the best for you.
  • Cloud recording: Cloud cameras allow you to record video clips in the cloud, in this way, we will not store the recordings locally but on the Internet, ideal if a thief comes and steals the camera, the evidence of the crime will be on the Internet in your user account . A very important aspect is that there are manufacturers like D-Link that have free cloud recordings (with limitations) and also very competitive payment plans. With other manufacturers like EZVIZ it is necessary to buy an individual subscription for each camera.

On this page you have a compilation of the best routers that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best Routers – List of Top Routers with detailed analysis

Routers are the central core of the home local network, due to this, it is essential to have a good router in our home to have the best wired and wireless performance, and also a very good performance of its USB ports in case we want to use it as if outside a NAS server, and remotely access our files via FTP. There are a large number of router models that are oriented to different users, for example, ASUS and NETGEAR routers are mainly oriented to gamers users who need the best possible performance in any circumstance, in addition, these two manufacturers have a specific line from gamers routers like the ASUS ROG Rapture and the Nighthawk Pro Gaming respectively. D-Link routers are aimed at a more home user environment without the need for high performance, and other manufacturers such as AVM FRITZ! Box are oriented to the connected home, since they have IP telephony, DECT and many other features.

To choose a good router, we must look at several very important aspects:

  • Processor and RAM: the processor (CPU) of the router will be in charge of managing all the processes, the faster a processor is, the better overall performance we will obtain with the router. RAM is also very important, having more than 256MB of RAM today is essential for all firmware processes to run smoothly.
  • Ethernet portsRouters always have several Gigabit Ethernet ports, although in recent months routers with more than 4 Gigabit Ethernet ports for the LAN are appearing, and even the highest-end routers have 2.5G ports and also SFP +.
  • Wi-Fi version and Wi-Fi class– To have the best wireless performance, a current Wi-Fi standard is required, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however, the Wi-Fi 5 standard also it will deliver great performance without spending too much money. The most important thing is the kind of Wi-Fi that a router has, that is, the combined speed of the different Wi-Fi frequency bands. The higher the Wi-Fi class number (for example, AX6000), the higher overall performance we will get on the Wi-Fi network.
  • USB 3.0 ports: to achieve high transfer rates in the local network and the Internet when we connect an external hard drive, it is essential that the router has a USB 3.0 port, and, in addition, it incorporates a powerful CPU to be able to handle this additional work. A router with USB 3.0 is useless if then the processor is not very powerful, we will not get good performance.
  • Firmware: the firmware is always the brain of the router, having optimized firmware in a router is essential, but it is also very important that they have a large number of configuration options, allowing to configure VLANs in the Internet WAN, VLANs per port for network services. IPTV, which has Movistar Triple VLAN FTTH, services to squeeze its USB 3.0 ports, VPN server, a powerful and advanced QoS to prioritize traffic, guest Wi-Fi, parental control, a cyber-protection system against external threats and a long etc. Currently the firmwares of the ASUS, FRITZ! Box, Synology and NETGEAR routers are the most complete that we can find, in addition, in some of these firmwares we can have additional software such as a RADIUS server, Plex Media Server and even a BitTorrent download manager .

On this page you have a compilation of the best routers that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best Switches – List of Recommended Switches with Review

Switches are a fundamental element in the home network and also in the professional network, they not only serve to have more wired ports to provide more connections to the devices, but they also allow us to provide power through their RJ-45 ports using the PoE standards (PoE, PoE + and PoE ++), also allow us to segment the local network into VLANs, and even perform link aggregation to have a higher bandwidth and much more. There are a large number of switch models aimed at different users, some highly recommended brands for the home and professional are D-Link, NETGEAR, QNAP, Linksys and many others.

To choose a good switch, we must look at several very important aspects:

  • Ethernet ports: we have to look at the number of Ethernet ports, at what maximum speed they are capable of synchronizing (1Gbps, 2.5Gbps, 5Gbps or 10Gbps), if the ports allow the NBASE-T standard to synchronize at 2.5G and 5G, and even it is also very important if the ports are PoE to power other devices through the twisted pair cable. Of course, it is also essential to know if you have SFP or SFP + ports for fiber optics.
  • Ethernet ports with PoEIn addition to knowing whether or not we need a switch with PoE ports, it is very important to know if we need a switch with the 802.3af standard (PoE), 802.3at standard (PoE +) or the 802.3bt standard (PoE ++), and it is that depending of the standard, we can provide more power (W) per port. Of course, it is very important that you look at the Power budget, that is, the maximum PoE power that a switch is capable of providing.
  • 10G uplink ports: a very important characteristic is that we have at least one or two ports at 10Gbps, to interconnect the switches and not have a bottleneck in the trunk links.
  • Unmanageable switch: If you buy a non-manageable switch, you will not be able to have any configuration options, but it is recommended that you buy one with IGMP Snooping so that the IPTV services work perfectly.
  • Manageable L2 switch: L2 managed switches incorporate all the necessary features to set up a professional network with all the guarantees of security, segmentation and others. We must check if they support VLAN with the 802.1Q standard, VLAN per port, STP / RSTP / MSTP to avoid loops at the link layer level, if we have link aggregation (Link Aggregation), QoS, bandwidth limiter per port , and many other important features like Private VLAN.
  • Managed switch L3There are advanced manageable switches that allow us L3 features, network layer, like creating static routes in IPv4 and IPv6, IGP dynamic routing with RIP, OSPF and even BGP as well. In addition, we would also have access to protocols such as VRRP, advanced access control lists, and many L3 security measures.

On this page you have a compilation of the best switches that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best Mesh Wi-Fi systems to have Wi-Fi throughout your home

Wi-Fi Mesh systems have become essential to provide our homes with seamless Wi-Fi coverage. A Wi-Fi Mesh system is made up of a Wi-Fi router and several wireless extenders distributed throughout our home, which interconnect with the main router, and provide coverage throughout the room. One of the most important characteristics of Wi-Fi Mesh systems is the incorporation of Wi-Fi roaming technology making use of the 802.11k / v / r standards, so that when moving from one node to another we do not have a cut in the wireless connection. We will also have band-steering technology, to go from the 2.4GHz band to 5GHz and vice versa in a totally transparent way, connecting to the ideal band at all times.

There are a large number of models of Wi-Fi Mesh systems that are oriented to different users, for example, if you want to obtain the best possible speed, you should opt for Wi-Fi Mesh systems with a dedicated frequency band for the interconnection of the nodes. However, if you do not need to have a high speed, Wi-Fi Mesh systems with frequency band shared with clients will be enough, since they are much cheaper than the first ones.

To choose a good Wi-Fi Mesh system, we must look at several very important aspects:

  • Dedicated frequency band for the interconnection of the nodes: it is necessary to have a simultaneous triple band Wi-Fi Mesh system, with a band dedicated exclusively to the interconnection of devices, so for wireless clients we will have simultaneous double band. In case of having a simultaneous dual-band Wi-Fi Mesh system, we must bear in mind that the return network (backhaul, interconnection network) will work through the same band where the clients are connected, and we will achieve less Wi-Fi speed due to the very nature of Wi-Fi networks.
  • Wi-Fi version and Wi-Fi class– To have the best wireless performance, a current Wi-Fi standard is required, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however, the Wi-Fi 5 standard also it will deliver great performance without spending too much money. It is more important that the Wi-Fi Mesh system has a dedicated frequency band for interconnection, than the Wi-Fi standard used.
  • Processor and RAM: the processor (CPU) of the main router of the Wi-Fi Mesh system will be in charge of managing all the processes, the faster a processor is, the better overall performance we will obtain. RAM is also very important, having 256MB of RAM today is essential for all firmware processes to run smoothly.
  • Ethernet ports: Wi-Fi Mesh systems usually have 2 Gigabit Ethernet ports, the node that acts as a router has a WAN port and another LAN port, however, the extender nodes will have 2 Gigabit Ethernet ports for the LAN. It is essential to know how many Gigabit Ethernet ports we have both in the router and in the extenders, since there are some Wi-Fi Mesh systems that do have more than two.
  • USB ports: If you need to share files on a local network or the Internet, there are Mesh Wi-Fi systems that do have a USB port, but they are only designed to share printers, or they have no use at all. It is important that you make sure that this USB port allows file sharing on a local network.
  • Firmware: Firmware is always the brain of the Wi-Fi Mesh system, having an optimized firmware in a router is essential, but it is also very important that it is optimized in Wi-Fi Mesh systems. It is essential that the firmwares have a large number of configuration options, allow to configure VLANs in the Internet WAN, VLAN per port for IPTV services, that Movistar Triple VLAN FTTH has, services to squeeze its USB 3.0 ports, VPN server, a powerful and advanced QoS to prioritize traffic, guest Wi-Fi, parental control, a cyber-protection system against external threats, and much more. Currently the firmwares of ASUS, FRITZ! Box, Synology and NETGEAR Wi-Fi Mesh systems are the most complete that we can find, in addition, in some of these firmwares we can have additional software such as a RADIUS server, Plex Media Server and even a BitTorrent download manager.

On this page you have a compilation of the best Wi-Fi Mesh systems that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best Wi-Fi Repeaters – List of Recommended Wi-Fi Amplifiers with Review

Wi-Fi repeaters are a very interesting complement to easily expand Wi-Fi coverage in our home. If our main Wi-Fi router is not enough to have coverage throughout our home, Wi-Fi amplifiers are the cheapest and most effective device that you can buy to complement it with your router. There are a large number of models of Wi-Fi repeaters with different technical characteristics, the main manufacturers of Wi-Fi amplifiers are D-Link, NETGEAR, AVM FRITZ !, ASUS, TP-Link among other manufacturers.

To choose a good Wi-Fi repeater or amplifier, we must look at several very important aspects:

  • Wi-Fi version and Wi-Fi class– To have the best wireless performance, a current Wi-Fi standard is necessary, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however there are very few Wi-Fi repeaters today -Fi with the latest standard, so the most normal thing is to find amplifiers with Wi-Fi 5, in addition, these devices are cheaper than the newer ones. The most important thing is the kind of Wi-Fi that a Wi-Fi repeater has, that is, the combined speed of the different Wi-Fi frequency bands. The higher the Wi-Fi class number (for example, AC3000), the higher overall performance we will get on the Wi-Fi network.
  • Dedicated trunk link: Wi-Fi repeaters that are simultaneous triple band, allow you to configure a 5GHz frequency band specifically for interconnection with the router. This is essential to achieve the best wireless performance, and also wired, since the dedicated frequency band is not shared with the clients and we will achieve higher Wi-Fi speeds.
  • Wi-Fi roaming and band steering: Currently there are Wi-Fi repeaters that integrate perfectly with routers from the same manufacturer, to have Wi-Fi roaming and band steering, as if it were a complete Wi-Fi Mesh system. D-Link, ASUS and AVM FRITZ! They just have repeaters with this feature, then we have NETGEAR that has the 802.11k standard and it doesn’t matter which router you use.
  • Ethernet ports: if the Wi-Fi repeaters incorporate one or more Gigabit Ethernet ports, it means that their firmware allows to use them also as APs, and even connect it with the main router via cable to have Wi-Fi roaming and band-steering with better Wi-Fi wireless performance -Fi. High-end Wi-Fi repeaters typically incorporate 2 or more Gigabit Ethernet ports.
  • Firmware– Firmware is always the brain of the Wi-Fi repeater, having optimized firmware on a Wi-Fi amplifier is critical, but it is also very important that they have a large number of configuration options. For example, we can configure the trunk links specifically, activate the Cross-band to obtain more Wi-Fi performance in certain scenarios, and even activate the guest Wi-Fi networks, Wi-Fi scheduler and many other configuration options that we can perform . Currently the most important thing about repeater firmwares is whether they allow Wi-Fi roaming and band-steering.

On this page you have a compilation of the best routers that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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The best access points for a WiFi network

Professional Wi-Fi access points are a very important part of small and medium-sized businesses, such as restaurants, cafes, hotels, training centers, and other spaces where it is necessary to have and provide Wi-Fi coverage. There are a large number of professional AP models, some are managed individually (standalone) and others jointly with other APs (centralized management with Wi-Fi controllers). In addition, within the professional APs with centralized management, we find the Wi-Fi controllers that are installed locally, and those that are in the Cloud for their management from the cloud. Manufacturers like D-Link, Aruba, NETGEAR, Edimax, EnGenius or TP-Link are the best in this type of device.

To choose a good professional Wi-Fi access point, we must look at several very important aspects:

  • Wi-Fi version and Wi-Fi class– To have the best wireless performance, a current Wi-Fi standard is required, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however, the Wi-Fi 5 standard also it will deliver great performance without spending too much money. The most important thing is the kind of Wi-Fi an access point has, that is, the summed speed of the different Wi-Fi frequency bands. The higher the Wi-Fi class number (for example, AX1800), the higher overall performance we will get on the Wi-Fi network.
  • Ethernet ports: Professional APs usually have a single Gigabit Ethernet port for the LAN, since they will not be able to provide this speed over Wi-Fi, however, the top-of-the-range APs are simultaneous triple band, so it is very likely that they will have incorporated an additional Gigabit Ethernet port to do Link Aggregation and have up to 2Gbps of bandwidth.
  • Indoor or outdoor APs: depending on where we are going to place the access point, we must choose a ceiling or wall AP, or also an outdoor AP with IP certification against dust and water, with the aim that it can cope with inclement weather without no problem.
  • Centralized management: If we are going to install, manage, administer and monitor a network with several access points, it is essential to have a Wi-Fi controller, either via software or hardware, so that all the changes are applied simultaneously to the APs and can work between them in an optimal way. Currently, the vast majority of manufacturers have access points that allow their centralized management with a Wi-Fi controller.
  • Local or Cloud Wi-Fi controller: In recent months, new APs have been appearing that are compatible with centralized management in the cloud, this is fundamental to greatly facilitate the implementation of the wireless network. We must be clear about which equipment allows a local Wi-FI controller, and which APs allow control from the cloud. For example, APs compatible with D-Link Nuclias Connect are local Wi-Fi controllers, they do not depend on a manufacturer’s “Cloud”, however, D-Link Nuclias Cloud does. The same goes for NETGEAR Insight or Aruba Instant On, both solutions are 100% Cloud for intelligent management from the cloud.
  • Additional costs for management in the Cloud: in some cases we will not only have to buy the AP, but pay a subscription for the use of said AP if we choose a management based on the Cloud. Manufacturers such as D-Link or NETGEAR have a price if we want to manage them in this way, however, Aruba Instant On is completely free and does not have any additional associated costs.

On this page you have a compilation of the best professional Wi-Fi access points that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best USB and PCIe Wi-Fi Adapters

Even if we have a very good Wi-Fi router, a high-end Wi-Fi Mesh system, or the best Wi-Fi repeater on the market, if we don’t have a good USB or PCIe Wi-Fi adapter To make the most of the Wi-Fi network, we will not be able to improve the real speed that we will achieve. Wi-Fi adapters are divided into two large families, those that have a USB 2.0 or USB 3.0 interface, and those that use a PCI-Express interface and that must be “clicked” directly into a PCIe port on our motherboard. There are a large number of models of Wi-Fi adapters, today in RedesZone we are going to explain everything you should take into account before buying one.

To choose a good Wi-Fi adapter, we must look at several very important aspects:

  • USB or PCIe interface: It is the most important decision you must make, if you are going to buy a Wi-Fi adapter for your desktop computer, generally a Wi-Fi PCIe card will give you better performance than a USB card, however, you will have to disassemble the computer, click the card in a free PCIe port, and then reassemble everything correctly. Although the process is simple, it is possible that if you have never done it, you will have many difficulties. If you don’t want to complicate your life, or if you are going to put it in a laptop and do not want to disassemble it, USB cards are the best option.
  • USB 3.0 or USB 2.0: Within the USB interface, it is recommended to always buy an AC1200 or higher class adapter to get very good wireless speed. In this case, if it is AC1200 class, we should always choose USB 3.0 to avoid a bottleneck in the USB interface.
  • Wi-Fi version and Wi-Fi class– To have the best wireless performance, a current Wi-Fi standard is required, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however, the Wi-Fi 5 standard also it will deliver great performance without spending too much money. There are very few Wi-Fi 6 cards on the market today, so using a Wi-Fi 5 adapter is the best value for money.
  • Supports 160MHz channel width: in 5GHz, either with Wi-Fi 5 or Wi-Fi 6, we have the possibility of configuring routers and APs that are compatible with this channel width, which will automatically provide us with twice the speed of the “normal” 80MHz width channel. It is highly recommended to choose a card with the possibility of 160MHz channel width, because in places close to the router or AP they will achieve speeds of up to 850Mbps without problems.

On this page you have a compilation of the best USB and PCIe Wi-Fi adapters that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best NAS Servers – Top Connected Storage Devices

NAS servers are going to serve us to set up our own private cloud in our home or company. Thanks to NAS servers, we can store a large number of files locally, if we want to access them, we can make use of protocols such as Samba, FTP, FTPES (secure), SFTP (secure) and we can even access the local network home or professional thanks to the use of a VPN server installed on the NAS. Other functionalities of NAS servers are the possibility of squeezing multimedia content to the maximum, and we can even virtualize operating systems very easily.

To choose a good NAS server, we must look at several very important aspects.

  • Processor and RAM: the processor (CPU) of the NAS will be in charge of managing all the processes, the faster a processor is, the better overall performance we will obtain when managing and transferring data from the NAS. RAM is also very important, having more than 4GB of RAM today is essential for all the NAS operating system processes to run smoothly, and also to be able to virtualize at least one operating system.
  • HDD and SSD bays: NAS servers can have one or more bays to host hard drives, it is recommended that a NAS have 3 or more hard drive bays, and thus configure a RAID 5 to have data protection and a very good speed. It is also important that the NAS have slots for the installation of SATA3 or M.2 SATA3 or M.2 NVMe SSDs, thanks to the SSD we can accelerate the overall performance of the NAS using them as SSD cache or tiered storage (Qtier in QNAP) .
  • Ethernet ports: NAS servers have a Gigabit Ethernet port to connect it to the home or professional local network, although the most normal thing is to find a NAS with 2 Gigabit Ethernet ports to perform Link Aggregation, and have a bandwidth of up to 2Gbps speed. The top-of-the-range NAS incorporate 10GBASE-T or SFP + ports, however, the most normal thing is that any NAS with PCIe ports allow the installation of a card with 10G ports. It is essential that our NAS has good connectivity to be able to squeeze its hardware to the fullest, today NAS with Multigigabit ports (2.5GBASE-T and 5GBASE-T) are also being launched.
  • USB 3.0 ports: To backup external hard drives or removable storage devices, we need USB 3.0 ports on NAS servers, it is essential that the NAS CPU is powerful to transfer data at the highest possible speed. These ports could also be used to quickly get information from the NAS to a local device.
  • NAS operating system: the operating system of the NAS servers is one of the most important aspects, since they will manage all the processes and will provide us with a more or less amount of configuration options. If you’re building a NAS server on your own, operating systems like FreeNAS, XigmaNAS, or OpenMediaVault are great choices. If you are going to buy a NAS server from manufacturers such as QNAP, Synology or ASUSTOR, you should also bear in mind that their operating systems are very complete, they release system updates continuously, and not only to correct possible bugs, but also to add new functionalities . Another aspect to note is that, if we want to make the most of the NAS hardware, we must install all the necessary software on it. In NAS such as QNAP, Synology or ASUSTOR we have an application store from where we will download and install everything, however, in FreeNAS, XigmaNAS or OpenMediaVault the installation of additional software is much more “manual” in some cases, so we must keep it in mind.

On this page you have a compilation of the best routers that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.

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Best PLCs – List of the top PLCs with Wi-Fi and detailed analysis

PLC devices allow us to carry the signal from the Internet and the local home network through the electrical network. Thanks to this, we will be able to bring the Internet signal to any corner of our home, since we will only need an electrical outlet for them to work properly. For a PLC to function well it is essential that the state of the electrical network is optimal, otherwise, we will have cuts, they will lose synchronization, and also speed drops. Today in RedesZone we are going to show you the best PLCs with Wi-Fi and without Wi-Fi that we have analyzed so far.

To choose a good PLC, we must look at several very important aspects:

  • Powerline version and class: it is very important that the PLC that we buy complies with the AV2 standard, since it will be the one that will provide the best performance in the electrical network. It is always recommended that the PLC class is AV1000 or higher, this means that theoretically we can achieve 1Gbps of speed or more. Currently there are PLCs that are up to AV2000, but logically they are more expensive.
  • Ethernet ports: mid-range and high-end PLCs have Gigabit Ethernet ports, it is essential that the PLC we buy incorporates Gigabit Ethernet ports so as not to have a 100Mbps (Fast-Ethernet) bottleneck. In addition, the number of ports also matters because there are PLCs that have 2 and 3 ports in the supplementary PLC, something ideal for connecting multiple devices via cable.
  • Wi-Fi version and Wi-Fi class: To have the best wireless performance, a current Wi-Fi standard is required, the latest wireless standard is Wi-Fi 6 (also known as Wi-Fi AX), however, there are no PLCs with Wi-Fi right now. Fi 6, so we must use Wi-Fi 5. The most important thing is the kind of Wi-Fi that a PLC has, that is, the summed speed of the different Wi-Fi frequency bands. The higher the Wi-Fi class number (for example, AC1200), the higher overall performance we will get on the Wi-Fi network. It is recommended that a Wi-Fi enabled PLC be class AC750 or higher.
  • Wi-Fi Mesh: In recent times the Wi-Fi Mesh is in fashion, and currently there are PLCs with Wi-Fi Mesh such as the AVM FRITZ! Powerline 1260E that integrate perfectly into the FRITZ! Mesh home network and we will have Wi-Fi roaming and band steering.
  • Integrated electrical socket: in order not to lose any electrical plug, it is advisable to buy a PLC that has an electrical socket on the front. This is because we should not use strips to connect the PLCs, since they could cause cuts and slow speeds.
  • Firmware: the firmware is always the brain of the PLC, having an optimized firmware in a PLC is essential, but it is also very important that they have a large number of configuration options, such as configuring the Wi-Fi network in detail, seeing the status of all connections and others.

On this page you have a compilation of the best PLCs that currently exist, you can enter each of the analyzes where you can see in detail what they are capable of.