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Peripherals

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  • Mounting systems for...

    Mounting systems, hangers and racks of desktop or rack type for Apple Mac computers, i.e. Mac mini, Mac Studio, Mac Pro, MacBook and others. Racks and racks for Apple allow computers to be placed safely and ergonomically on a desk or in a rack. Some of the mounting systems also allow the installation of additional accessories such as enclosures for PCIe cards, hubs, docking stations and others.

  • Video Adapters

    Video Adapters - pass-throughs, video adapters that allow you to connect displays, projectors, monitors with HDMI or DisplayPort attachments to devices with USB-C or Thunderbolt™ connectors. High-quality USB-C or Thunderbolt™ Video adapters allow you to display video up to 12K or less i.e. 8K, 4K, 2K, FullHD with refresh rates up to 144Hz. HDMI, DP video adapters will greatly expand the capabilities of work or play environments. We also offer Video adapters with DipslayLink Technology to increase the number of connected monitors to Maz computers with M1/M2/M3 processors.

  • Card readers SxS,...

    Each creative Creator knows how important it is to quickly, reliably and securely rip material from a shoot, photo set or film set. 100% success of such an operation is ensured by professional readers dedicated to the type of cards. Our offer includes professional card readers for CFast, CFexpress, XQD, RED MINI-MAG, AJA PAK, SxS PRO X and others. Take a look at our offer of professional card readers connected to Thunderbolt or USB ports (USB-C standard).

  • Docking Station and...

    Professional Thunderbolt™, USB4 and USB-C compatible docking stations and hubs 

    High-quality Thunderbolt™, USB4 and USB-C compatible hubs and docking stations made for creative professionals

    The docking stations and hubs we have on offer are 100% compatible with Macs on Intel and Silicon processors (M1, M2 and M3). They can be used for professional applications in film, photography or music studios, outdoors and in all applications where high quality, bandwidth and reliability are needed.

  • Accessories and other...

    Selected, high-quality accessories and add-ons

  • LTO, Archiving

    LTO tape drives provide fast, reliable data backup and archiving. They are characterized by low total cost of ownership. We offer LTO drives in LTO-7, LTO-8, LTO-9 HH and LTO-9 FH versions. We have desktop drives, accommodating up to two LTO systems of different generations in a single enclosure, as well as rack drives. Both desktop LTO systems and rack systems can have SAS lun Thunderbolt host interfaces. We also offer unique LTO DIT systems. Accommodating in one enclosure up to two LTO drives of different generations, i.e. LTO-7, LTO-8 or LTO-9, as well as bays for 2.5" SSD and a bay for Atomos Master.

  • Optical modules for...

    Optical modules perfectly matched to the devices in your network.Fiber optic inserts, interchangeably called SFP modules, miniGBICs, transceivers, are one of the basic active elements of the construction of a fiber optic network. SFP modules are responsible for transmitting fiber optic signals and receiving them. They come in different types and support several telecommunications standards and a wide range of speeds from 100 Mbps to 800 Gbps. A wide range of optical modules - GBIC, SFP, SFP+, XFP, X2, XENPAK, SFP28, SFP56, QSFP+, QSFP28, CFP, CFP2, CFP4, QSFP56, QSFP-DD - can be found in the offer of our store abart.pro

  • PCIe Thunderbolt Card...

    with PCIe slots. Enclosures compatible with Thunderbolt 3, Thunderbolt 4, Thunderbolt 5 standards, as well as selected USB4 compatible PCIe enclosures and expansion systems. The Thunderbolt to PCIe enclosures we have on offer are 100% compatible with Apple Mac computers with Silicon processors - i.e. the M1, M2 and M3 series - and Intel and Windows computers with Thunderbolt ports. 

    The enclosures can be used as expansion systems for PCIe cards such as network cards, RAID controllers, SAS/SATA controllers, NVMe disk controllers, graphics cards, video capture cards, audio cards and more. The cards, through PCIe slot enclosures, can be connected to, for example, Mac mini, Mac Studio, MacBook Air, MacBook Pro or other Windows computers with a Thunderbolt port.

  • Thunderbolt, USB-C...

    Thunderbolt and USB-C network cards compatible with Apple Macs with Silicon M1, M2 and M3 processors and Windows PCs. High-tech network cards compatible with macOS, Windows, Linux, etc.... Thunderbolt-compatible network cards - can be directly installed in Mac mini, Mac Studio, MacBook units via Thunderbolt or USB-C

  • Obudowy i dyski DAS,...

    Profesjonalne rozwiązania DAS Thunderbolt 3/4

  • Thunderbolt and USB...

    Professional Thunderbolt and USB pockets for HDD, SSD, U.2, M.2, NVMe drives. We offer only reliable and proven solutions fully compatible with Apple Mac computers on M1, M2 and M3 processors, as well as computers running Windows, Linux, Unix and others. The solutions we offer use full port bandwidth and are compatible with a wide range of drives.

  • External SAS and SATA...

    External SAS/SATA adapters connect the latest desktop and mobile workstations equipped with, among other things, a high-speed Thunderbolt™ port to 12 Gb/s SAS/SATA storage devices, including LTO tape drives. Thanks to the high throughput of the Thunderbolt™ port, up to 2,900 MB/s, 12 Gb/s SAS/SATA adapters provide flexible and scalable connections to SAS/SATA storage. SAS/SATA controllers that connect to the Thunderbolt™ port allow storage to expand to unlimited sizes on mac mini, MacBook pro, MacBook air or any other laptop/computer equipped with a Thunderbolt™ port.

  • Kable Thunderbolt,...
  • Video capture cards

    Video capture cards, also known as video capture cards, are devices used to record or capture video signals from a variety of sources, such as camcorders, game consoles, televisions or computers. These cards allow users to transfer video from one source to another for further processing, recording or streaming. Here are some key aspects related to video capture cards:

    Ports and Interfaces:

    Today's video capture cards are often equipped with USB, Thunderbolt, PCIe or HDMI interfaces.

    HDMI ports are commonly used to capture video signals as well as audio.

    Resolution and Frames Per Second (FPS):

    Cards offer different levels of resolution, typically ranging from standard definition (SD) to high definition (HD) and even 4K.

    The maximum frame rate is worth noting, as it affects the smoothness of the image.

    Multiplexer support:

    Some cards feature support for multiple sources simultaneously, which is useful in situations where the user wants to capture video from different devices.

    Input Connectors:

    The cards have a variety of input connectors, such as HDMI, DisplayPort, Composite, Component, USB, and Thunderbolt, allowing for variety in connecting different video sources.

    Capture and Editing Software:

    Many cards come with dedicated software for capturing, recording and editing video.

    This software can also offer features such as live streaming, overlaying effects or recording voice commentary.

    HDR and 3D support:

    Some cards offer support for HDR (High Dynamic Range) and 3D technology, allowing the capture and playback of more advanced video content.

    Operating System Compatibility:

    It's worth checking if the card is compatible with the operating system you plan to use it on (e.g. Windows, macOS, Linux).

    When choosing a video capture card, it's important to tailor the features and specifications to your individual needs, such as the type of source devices you're using, your intended use (recording, streaming, editing), and your budget.

  • Klawiatury...
  • KVM Switches

    KVM (Keyboard, Video, Mouse) switches are devices that allow several computers to be controlled by a single set of keyboard, monitor(s) and mouse. This is particularly useful in environments where multiple servers, workstations or computers and tablets are managed in places such as data centres, test labs, or offices with multiple workstations.

  • External drives
  • AV Over IP

    AV over IP (Audio-Video over Internet Protocol) is a technology that allows audio and video signals to be transmitted over standard IP (Internet Protocol) networks, such as local area networks (LANs) or broadband Internet networks. This technology makes it possible to replace traditional AV systems that rely on specialised cabling (e.g. HDMI, SDI) with a more flexible and scalable solution based on network infrastructure.

    Key elements of AV over IP

    Encoding and decoding (Encoders/Decoders):

    Encoders: devices or software that convert audio and video signals into IP packets. These packets can then be transmitted over an IP network.

    Decoders: Devices or software that receive IP packets and convert them back into traditional audio and video signals.

    Network infrastructure

    Network switches (Switches): Manage the movement of data packets across the network, ensuring a smooth flow of AV signals.

    Routers: They route data packets to the appropriate destinations on the network.

    Controllers

    AV over IP management systems that allow the entire system to be configured, monitored and managed from one central point.

    Advantages of AV over IP

    Flexibility and scalability

    Easily add new devices and change configurations without the need to physically modify cabling.

    Cost savings

    Reduced installation and maintenance costs, especially in large systems, by using the existing network infrastructure.

    Central management

    Ability to remotely manage and monitor the entire AV system, increasing operational efficiency.

    Interoperability

    Easy integration with other IP systems such as security, building automation, conferencing systems, etc.

    Challenges of AV over IP:

    Quality of Service (QoS):

    Ensuring adequate transmission quality to avoid delays and data losses that can affect video and audio quality.

    Security

    Protection against cyber attacks and unauthorised access to networks and AV signals.

    Network requirements

    The need for a sufficiently powerful network infrastructure to cope with the high bandwidth requirements associated with the transmission of audio and video signals.

    AV over IP applications

    Meeting rooms and lecture theatres: Distribution of presentation and educational content.

    Sports and entertainment venues: Live transmission to various screens and sound systems.

    Security systems: Integration with IP cameras and other monitoring equipment.

    Corporate television: Distribution of internal content within companies.

    AV over IP is a state-of-the-art solution that brings many benefits due to its flexibility, scalability and ability to integrate with other network systems, making it increasingly popular in a variety of industries and applications.

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