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Define the Mikrotik's Route to be used by SmartCache VideoCacheBox.
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Define the Mikrotik's Ethernet Port that will be used by SmartCache VideoCacheBox.
Define the Mikrotik's Ethernet Port that will be used by SmartCache VideoCacheBox.
*[[File:Ether1.png|left|thumb]][http://katmir.com/vcb-img/ether1.png Identify and define the name of your Internet], LAN and SmartCache VideoCacheBox ports.
*[http://katmir.com/vcb-img/ether1.png Identify and define the name of your Internet], LAN and SmartCache VideoCacheBox ports.
⚫
Define the Mikrotik's [http://katmir.com/vcb-img/route1.png Route] to be used by SmartCache VideoCacheBox

[[File:Route11.png|left|thumb]]
⚫
Define the Mikrotik's Route to be used by SmartCache VideoCacheBox
* Gateway is the IP Address of SmartCache VideoCacheBox
* Gateway is the IP Address of SmartCache VideoCacheBox
* Distance will be 1
* Distance will be 1
* Routing Mark will be used by Mangle Rule to route the traffic to SmartCache VideoCacheBox
* [http://katmir.com/vcb-img/route2.png Routing Mark] will be used by Mangle Rule to route the traffic to SmartCache VideoCacheBox
In Mikrotik's Menu IP.
In Mikrotik's Menu IP.
* General
* General

Revision as of 13:33, 2 November 2015

MikroTik
Company typeLimited company
IndustryNetworking hardware
Founded1996
HeadquartersRiga, Latvia
Key people
John Tully, CEO
Arnis Riekstins, CTO
ProductsRouters, firewalls
Revenue80.3 million Euros (2012)[1]
23.2 million Euros (2012)[1]
Number of employees
100[2]
Websitewww.mikrotik.com

Mikrotīkls SIA, known internationally as MikroTik, is a Latvian manufacturer of computer networking equipment. It sells wireless products and routers. The company was founded in 1996, with the intent to sell in the emerging wireless technology market. As of 2015, the company has more than 160 employees.[2] The company's products are known for being low-priced alternatives to expensive routers and Ethernet radio relay lines.

RouterOS

The main product of MikroTik is an operating system based on the Linux kernel, known as the MikroTik RouterOS. Installed on the company's proprietary hardware (RouterBOARD series), or on standard x86-based computers, it turns a computer into a network router and implements various additional features, such as firewalling, virtual private network (VPN) service and client, bandwidth shaping and quality of service, wireless access point functions and other commonly used features when interconnecting networks. The system is also able to serve as a captive-portal-based hotspot system.

The operating system is licensed in increasing service levels, each releasing more of the available RouterOS features. A MS Windows application called Winbox provides a graphical user interface for the RouterOS configuration and monitoring, but RouterOS also allows access via FTP, telnet, and secure shell (SSH). An application programming interface is available for direct access from applications for management and monitoring.

Features

RouterOS supports many applications used by Internet service providers, for example OSPF, BGP, Multiprotocol Label Switching (VPLS/MPLS), OpenFlow. The product is supported by Mikrotik through a forum and a wiki, providing assorted and thematic examples of configurations. RouterOS supports Internet Protocol Version 4 (IPv4) as well as Internet Protocol Version 6 (IPv6).

The software provides support for virtually all network interfaces that the Linux kernel 2.6.16 supports, except wireless, where the Atheros and Prism chipsets are the only supported hardware, as of 3.x version.

Release history

  • RouterOS version 6: May 2013[3]
  • RouterOS version 5: March 2010
  • RouterOS version 4: October 2009
  • RouterOS version 3: January 2008

RouterBOARD

The company manufactures a series of integrated circuit boards, marketed under the name RouterBOARD, as well as accessory components which implement a complete hardware operating platform for RouterOS.

The RouterBOARD line, combined with RouterOS, is marketed at small- to medium-sized wireless Internet service providers, typically providing broadband wireless access in remote areas. Products include pre-assembled small office/home office (SOHO) routers, wireless 802.11n MIMO and TDMA devices for indoor and outdoor use, and also bare routers in form of printed circuit boards (PCBs) for integration into custom solutions. Also, the RouterBOARD line includes a series of Mini PCI and Mini PCI Express wireless adapters, supporting a range of IEEE 802.11 protocols, and designed to be used together with the router boards lineup.

Although in-house developed Linux kernel patches required for hardware support are not made publicly available by MikroTik,[4] many RouterBOARD boards and their versions are well supported by third-party Linux-based firmwares, notably OpenWrt.[5][6][7][8][9]

  • Top side of a RouterBOARD RB493G (680 MHz MIPS CPU, 256 MB of RAM)[10][11]
    Top side of a RouterBOARD RB493G (680 MHz MIPS CPU, 256 MB of RAM)[10][11]
  • Close-up of a RouterBOARD RB493G (one RS-232 port, nine gigabit Ethernet ports)
    Close-up of a RouterBOARD RB493G (one RS-232 port, nine gigabit Ethernet ports)
  • Bottom side of a RouterBOARD RB493G (one USB 2.0 port, 128 MB of flash, microSD slot)
    Bottom side of a RouterBOARD RB493G (one USB 2.0 port, 128 MB of flash, microSD slot)
  • Top side of a RouterBOARD R52n-M (Mini PCI Type IIIA dual-band wireless NIC)[12]
    Top side of a RouterBOARD R52n-M (Mini PCI Type IIIA dual-band wireless NIC)[12]
  • Bottom side of a RouterBOARD R52n-M
    Bottom side of a RouterBOARD R52n-M
  • Top side of a RouterBOARD RB14e (PCIe ×1 card with a PCIe switch that allows up to Mini PCIe cards to be used in a single slot)[13]
    Top side of a RouterBOARD RB14e (PCIe ×1 card with a PCIe switch that allows up to Mini PCIe cards to be used in a single slot)[13]
  • Bottom side of a RouterBOARD RB14e
    Bottom side of a RouterBOARD RB14e

Cloud Core Router

In November 2012, MikroTik released the Cloud Core Router integrated unit which is based on the Tilera CPU supporting nine to 72 CPU cores, 12 1000Base-T Ethernet interfaces, and up to four SFP (MiniGBIC) interfaces, as well as "fast-path" packet forwarding between interfaces (with claimed 119 million packets per second forwarding rate). This unit targets the medium-sized network providers as well as try to be a well priced alternative to the other more well-known brands.[14]

Use in developing IT markets

See also: Information and communication technologies for development

In 2004, a project began to build low-cost Internet infrastructure in rural Mali. MikroTik routers and their operating system were chosen because of their low cost, flexibility, the fact that the system already had "a substantial user base in Mali", and had a user interface deemed "superior to other products".[15] MikroTik routers were also preferred for a WLAN project in Burkina Faso,[16] and MikroTik's proprietary Nstreme protocol performed better than IEEE 802.11 under the project's conditions.[17]

In 2008, the Municipality of Piripiri, Piauí State, Brazil, decided to use MikroTik routers exclusively to build the infrastructure for providing free Internet access.[18] MikroTik routers are also popular in the Czech Republic and Hungary, where they enjoy a good reputation.[19]

Under OLPC program, Uruguay deployed a nationwide wireless network in schools. Probably the largest Mikrotik deployment in a country with a total population of 3 million.[citation needed] Approximately 200,000 students received a small laptop which connected to Mikrotik access points.

Use in ISPs for integrate with Transparent Web Caching

Define the Mikrotik's Ethernet Port that will be used by SmartCache VideoCacheBox.

Define the Mikrotik's Route to be used by SmartCache VideoCacheBox

  • Gateway is the IP Address of SmartCache VideoCacheBox
  • Distance will be 1
  • Routing Mark will be used by Mangle Rule to route the traffic to SmartCache VideoCacheBox

In Mikrotik's Menu IP.

  • General
  1. Select Firewall - Mangle
  2. Add a new rule
  • Advanced
  1. Select prerouting
  2. Add Protocol "6 (tcp)"
  3. Add Port "80"
  4. Add MAC Address of your SmartCache VideoCacheBox, its traffic does not have to be marked.
  • Action
  1. Select mark routing
  2. Type Routing Mark you used in the Route for the SmartCache VideoCacheBox

References

  1. ^ a b "Mikrotīkls - Latvijas rūpniecība nav mirusi! (2.daļa)". 2013.
  2. ^ a b "MikroTik User Meeting Canada 2015" (PDF). mikrotik.com. 2015. Retrieved 26 October 2015.
  3. ^ MikroTik RouterOS: What's new in 6.0 (2013-May-17 14:04)
  4. ^ "OpenWrt Tracker: Mikrotik routerboard new patches (2.6.27.13)". OpenWrt. 2012. Retrieved 27 September 2013.
  5. ^ "OpenWrt: Mikrotik Routerboard RB493G". OpenWrt. 24 June 2013. Retrieved 27 September 2013.
  6. ^ "OpenWrt Forum: OpenWRT adapted to fully support RB493G (including SD)". OpenWrt. 2013. Retrieved 27 September 2013.
  7. ^ "OpenWRT on Mikrotik Routerboard 411/750". poettner.de. 27 May 2011. Retrieved 27 September 2013.
  8. ^ "Routerboard 450G and Linux". nexlab.it. 12 April 2009. Retrieved 16 October 2013.
  9. ^ "RB500 Linux SDK". mikrotik.com. 2008. Retrieved 16 October 2013.
  10. ^ OpenWrt: Mikrotik Routerboard RB493G June 2013
  11. ^ RouterBoard: RouterBOARD 493/AH/G User's Manual (PDF), September 2011
  12. ^ RouterBoard: RouterBOARD R52n-M: 802.11a/b/g/n dual band miniPCI card (PDF)
  13. ^ RouterBoard: RB14e adapter card (PDF), October 2013
  14. ^ "MikroTik Cloud Core Router". Retrieved 22 November 2012.
  15. ^ Flickenger, Rob; et al. (December 2007). Wireless Networking in the Developing World: A practical guide to planning and building low-cost telecommunications infrastructure (PDF) (2nd ed.). wndw.net. p. 321. OCLC 227819886. Retrieved 19 November 2008. {{cite book}}: External link in |publisher= (help)
  16. ^ Langobardi, Federico (2007). BoulSat Project: Radio network implementation by low cost technology (PDF). Master's Thesis, Politecnico di Torino. p. 78.
  17. ^ Bartalesi, R.; Catusian, S; Langobardi, F. (8 August 2007). "Radio Network Implementation by Low Cost Technology: a Case of Study" (PDF). Pisa: Ingegneria Senza Frontiere, University of Pisa. pp. 3–4. Retrieved 19 November 2008.
  18. ^ Filho, Paiva (16 October 2008). "Secretário fala da implantação da internet grátis". meionorte.com (in Portuguese). Jornal Meio Norte. Retrieved 19 November 2008. Diga-se de passagem, o que há de mais moderno em equipamentos para este seguimento, onde utilizaremos os rádios da Mikrotik.
  19. ^ Štrauch, Adam (7 November 2008). "Mikrotik: seznámení s Wi-Fi krabičkou". Root.cz (in Czech). Retrieved 19 November 2008. Mikrotiky jsou velmi populární u poskytovatelů bezdrátového připojení a ohlasy od uživatelů jsou většinu kladné.

External links

Wikimedia Commons has media related to MikroTik.

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