About Intel

Intel®, well known for processors & chipsets, a market leader in many application fields and one of the most innovative companies, brings things together that formerly were existing in different worlds.

These things, that needs to get connected to each other or to be able to transfer date through networks to cloud servers for generating new values out of its data, can now be based on Intel® technology from the sensor node over all steps up to the cloud server.

Intel®, not only a chip manufacturer, it’s a provider of ideas, visions and new innovative technologies, that leads us into the world of IoT, Cloud Computing and its Big Data.

Please check the Intel® portfolio of solutions for each single step in the data processing cue, from sensors over gateways to servers, from single bits to the thousands of terrabytes in the world of Big Data. If you need to process and calculate data, if you need to transfer data or if you need fast and reliable storage space for it, Intel® is the provider of the technologies, you are looking for.

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Product Range

Product range

  • Processors

    Processors / CPU

  • Accessories

    LAN-Cards & Raid-Controllers & Phi™ processor & RealSense

  • Bordlevel Products

    NUC Mainboards / Server & Workstation Mainboards

  • Embedded Systems

    NUC Systems / Server Barebones / Compute Card

  • SSD

    Solid State Drives (SSD)- Integrity, Reliability and Performance

  • Wireless Modules

    Wireless LAN / Bluetooth Modules


    Network Chips / CHD


Processors / CPU

Intel® processors offer a wide range of performance and can be used in uncountable different applications. From the Intel® ATOM™ processors for entry level applications like gateways, simple automation controllers or HMIs over the multicore & multithread processors from the Intel® Core i™ processor families up to the latest server processors from the Intel® Xeon™ series, a wide range of different solutions offers always the best fit and a huge scalability.

If the application needs less power consumption at an average performance level with even a good graphics performance, an Intel® ATOM™ processor can be used to build up entry level to midrange solutions.

When an application needs higher performance, Intel® Core i™ processors can be the best fit with its outstanding integrated graphics core, the ability to use the latest DDR4 memory technology and high speed I/O, like PCIe 3.0, SATA 3.0 or USB 3.0. Combined with the related chipsets, Intel® Core i™ processors can be used in many applications and with the right pair of processor and chipset, Intel® offers as well ground-breaking remote administration technologies, such as Intel® AMT & Intel® vPro™ Technology.

A lot of technologies for the world of Cloud Computing and Big Data are combined in the Intel® Xeon™ processors which are for different use cases. With the Intel® Xeon™ E3 processors for entry level servers or workstations, Intel® offers a solution at a price level, that allows the usage in simple industrial applications with demand for ECC memory and server management over IPMI. It offers as well a good solution for medical workstations and critical applications. For workstations and servers with up to two sockets per system, the Intel® Xeon™ E5 processors offer much more cores per socket, a much broader memory interface and enlarges a lot of former bottlenecks. With up to 22 cores per socket and Intel® Hyper-Threading Technology, in a two socket system, impressively 88 threads can run at the same time. With up to 40 PCIe 3.0 lanes per socket, at a dual socket board the Intel® Xeon™ E5 processors can be combined with Intel® Xeon Phi™ coprocessor cards to build up a High Performance Computing system for Cloud services and the world of Big Data. On top the Intel® Xeon™ E7 processors for systems with up to 8 sockets enables system builders to integrate processing performance at the edge. With up to 24 cores and 48 threads per socket, an impressive number of 384 threads can run at the same time at just one machine. This enables opportunities for massive parallel computing or even the partitioning of systems for many different operating system instances running virtualized in parallel. Therefor Intel® offers with the Xeon™ processors also technologies in hardware that makes virtualization more efficient, like Intel® Virtualization Technology (VT-x), Intel® Virtualization Technology for Directed I/O (VT-d) and Intel® VT-x with Extended Page Tables (EPT).

Rounded up with Intel® Data Protection Technologies, like Intel® AES New Instructions and Secure Key, as well as Intel® Platform Protection Technologies, like OS Guard, Trusted Execution Technology and Execution Disable Bit, Intel® implemented as well state of the art security features to take care of the demand in secure data processing for the whole world of IoT.


LAN-Cards & Raid-Controllers & Phi™ processor & RealSense

To cover the needs for a state of the art system solution, sometimes it's necessary to implement add-on cards in the system design. With such accessories Intel® offers the possibility to extend the number of available Ethernet ports as well as the number and features of available storage ports.

With Intel® Ethernet Adapters for different use cases the field of possible designs is huge. From the entry level with Intel® PRO/1000 GT Desktop Adapter up to the latest technologies at the Intel® Ethernet Converged Network Adapters, a broad range of solutions is available. With the support for SMF cabling and a range of up to 10km, Intel® network adapters stand always for the edge of technology and sets standards in the market.

Another state of the art technology is Intel® QuickAssist that provides crypto-acceleration and compression acceleration with support for IPsec & SSL in hardware to assist with the performance demands of securing and routing Internet traffic and other workloads such as compression and wireless 3G/4G LTE algorithm offload, thereby reserving processor cycles for application and control processing. With Intel® QuickAssist adapters for the PCIe 3.0 bus, Intel® offers solutions for the IoT network security.

When it comes to Cloud Computing and Big Data, a lot of data has to be stored. To extend capacity, availability and reliability of storage solutions, Intel® RAID Controllers set standards for additional controller cards to build RAID arrays up to level 6 or 60. With BBU batteries and up to 8 ports SAS/SATA ports, these PCIe 3.0 controllers, combined with the latest sever chipsets and Intel® XEON™ processors, this combination is giving the best hosting throughput for cloud systems.

For massive data processing in parallel threads for Big Data analysis and calculation, Intel® offers High-Performance-Computing adapters, based on the Intel® Xeon Phi™ processors. With these add on cards for the PCIe 3.0 bus, it gives the additional level of performance for getting results faster.

The Intel® RealSense™ D400 series depth camera uses stereo vision to calculate depth. The stereo vision implementation consists of a left imager, right imager, and an optional infrared projector. The infrared projector projects non-visible static IR pattern to improve depth accuracy in scenes with low texture. The left and right imagers capture the scene and the (vision) processor calculates depth values for each pixel. This technology extends host processor systems with the possibilities for facial analysis, hand & finger tracking, objects measurement and provides depth information for robotic control systems.

Bordlevel Products

NUC Mainboards / Server & Workstation Mainboards

As a Technology leader, Intel® develops and define form factors for the IT, like mainboard form factors, such as the well-known ATX standard or the NUC form factor. Based on their own combined Technologies for chipsets, processors, peripherals and interfaces, Intel® offers complete Servers, Workstations and board solutions.

The Intel® NUC boards (size 4"x4") come with a soldered-on low power processor and an integrated cooling solution in a variety of performance levels and many standard I/O configurations. The NUC boards are designed for applications like Content Creation, Digital Signage, Thin Client, and Gaming and provide powerful Video Security.

Embedded Systems

NUC Systems / Server Barebones / Compute Card

The Intel® NUC Mini PC re-imagines the desktop PC into a pint-sized package so that you can work, play, create, entertain, and inspire in any room. The Intel® NUC kit includes a customizable board and chassis that are ready to accept the memory, hard drive, and operating system of your choice. Optional there are specific NUCs with preloaded Windows 10 operating system. The NUC kits are designed for applications like Content Creation, Digital Signage, Thin Client, and Gaming and provide powerful Video Security.

The Intel Compute Stick is a tiny device the size of a pack of gum that can transform any HDMI-TV or display into a complete computer. Available with a range of Intel processors, it is everything you love about a desktop computer in a device that fits in the palm of your hand but what is inside is incredible: a quad-core Intel Atom™ processor that gives you balanced performance for work or play.

Intel® Compute Card is just slightly bigger than a credit card (94.5 x 55 x 5 mm), but it's ready to power anything from entry-level to full featured devices. The modularity and flexibility of this computer on a card allows compute integration via card slot into devices like digital signage, kiosks, smart TVs, appliances and more.


Solid State Drives (SSD)- Integrity, Reliability and Performance

Intel® entered the storage market roughly over one decade ago and has since developed into a market leader that delivers solid state drives with reliability, uncompromised data integrity and consistent performance where it matters.

Across the entire SSD consumer, professional, data center and embedded product family Intel® covers all major form factors and interface solutions. A large offering of form factors and interface solutions allows you to select from a multitude of options and choose the right product for your application.

Lasting integrity and uncompromised quality

Drive quality, reliability and performance are important criterion in critical applications when it comes to selecting the correct drive for your application. Fulfilling these criterions is especially important in critical environments such as data centers. With more than 1000 configurations, 5000 workloads, 1 million power cycles and subjecting their solid state drives to neutron radiation to look for bit flips to ensure protection from silent data corruption Intel® goes beyond the JEDEC standard in order to validate their solid state drives. This rigorous validation process enables Intel® to offer 5-years of warranty on solid state drives.

Besides ensuring quality through extensive testing and validation Intel® offers complete in-house design solutions for their data center product line. Whereas other suppliers partially outsource their design to other manufacturers, Intel®'s Data Center solutions have an n in-house design for their media, controller, firmware and software, all of which further delivers integrity, reliability and quality.

Manageability and security features

Regarding manageability Intel® offers the Solid State Drive Toolbox - a drive management software that allows users to view SSD information. The visible information includes firmware, drive health and more. Moreover, the Solid State Drive Toolbox offers integrated support for future software and firmware updates as well as export system configuration capabilities.

In terms of security Intel® offers a multitude of security feature sets, which help to keep the customers critical data safe.



Transitioning from 2D to 3D NAND TLC 64-Layer

Intel® Optane™ with 3D-XPoint Technology - Ground breaking flash memory innovation powered by Intel®

Intel®'s latest innovation is the 3D-XPoint Flash technology, which is exclusively available in Intel®'s Optane SSD product range. 3D-XPoint is a unique constellation of advanced materials with a cross point structure that resembles a three dimensional chess board and does not include a single transistor. In terms of structure and memory 3D-XPoint draws parallels between 3D-NAND and SLC (single layer cell) technology. The structure consists of multiple layers of flash cells while being able to store one bit per cell. Just like a skyscraper can shelter more people in comparison to a single story house, so too can a 3D-NAND flash cell store more data than a 2D flash cell.

Moreover, 3D-XPoint functions as a cache system for your primary storage drive, storing necessary data, similarly to RAM, but holding on to the data between restarts. The booting of programmes and software is as fast as a DRAM while at the same time having the feature of saving data permanently like a SSD and HDD. In essence, 3D-XPoint offers the best of both technologies: Permanent storage (non-volatile memory) and fast working memory (volatile memory).

Wireless Modules

Wireless LAN / Bluetooth Modules

Dual Band WLAN/Bluetooth Modules And Cards

With the right solution from Intel®, your Wi-Fi performs just as remarkably as you do easily keeping pace with your entertainment, business and super-connected lifestyle.

Rutronik can offer Intel’s® WLAN 802.11ac as well as WLAN 802.11ax solutions: Devices with Intel’s® Wireless-AC-technology inside (802.11ac) offer up to three times higher data rates, a better network coverage and the possibility to connect more devices to one network, compared to other WiFi solutions. Compared to 802.11ac solutions, Intel® Wireless-AX-technology (802.11ax) provides even higher data rates, lower latency and longer battery lifetime.

Through our 3rd Party Module Maker Telit® we can also offer all the 2G, 3G and 4G SoC based products.


Network Chips / CHD

Intel provides a broad portfolio of Ethernet devices for LANs (Local Area Networks) - industrial automation, motion control, security and factory automation applications.

In today’s network environment, service provider equipment is spread across homes, businesses, base stations, central offices, and data centers. A large number of base stations and central offices may utilize traditional network appliance equipment housed in standard proprietary chassis.

Thunderbolt™ 3 offers an unprecedented level of connection and consistency, bringing the speed and versatility of Thunderbolt™ to USB-C.

A single compact port can now do it all – connect to Thunderbolt™ devices, any display, and billions of USB devices – all while supplying power.

Thunderbolt™ 3 doubles the bandwidth of its previous model and transfers data at 8x the speed of a USB, making it unrivaled for new uses.

Plus, for the first time, you can run data, video, and power over a single cable, thin enough to fit today’s ultralight PCs.

Now, just one compact port can enable lightning fast data transfer, support two 4K UHD 60 Hz displays, 2 and even quick notebook charging. It’s the most advanced, efficient, and versatile single-docking solution available.

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