This article contains content that is written like an advertisement .(February 2018) |
Company type | Private |
---|---|
Industry | Storage |
Founded | November 11, 1988 |
Headquarters | Amherst, New York, United States |
Key people | Tim Klein, President and CEO David Snell, CTO and Vice President of Engineering |
Website | www.atto.com |
ATTO Technology, Inc. is a manufacturer of storage connectivity products for data-intensive computing. ATTO manufactures Fibre Channel and SAS/SATA host bus adapters, RAID adapters, Fibre Channel switches, protocol conversion bridges, storage controllers, MacOS iSCSI initiator software and acceleration software with storage interface connectivity to SATA, SAS, Fibre Channel, Thunderbolt devices, Ethernet and NVMe.
The company was founded in 1988 by Timothy J. Klein and David A. Snell, and is headquartered in Amherst, New York. [1]
The first ATTO product was the SiliconDisk, a SCSI-based solid-state disk, released in 1989. The company received its first OEM contract with Kodak shortly thereafter, in 1990. [2] In 1992, ATTO introduced the ISA, EISA and Micro Channel (MCA) host bus adapters for the PC market at the COMDEX trade show. By 1995, ATTO added to its product line with the introduction of the ExpressPCI SCSI-3 Accelerator, which received the MacUsers Editor's Choice award that year. [3]
ATTO released its Fibre Channel host bus adapters, bridges and hubs in 1996. In 1999, it introduced its first enterprise-class ATA-based RAID storage array. In 2002, the company released the iPBridge, an iSCSI to SCSI bridge. In the early 2000s, ATTO started a focus on the Fibre Channel market, developing and releasing the Celerity line of Fibre Channel host bus adapters in 2003 with 1 GB connectivity. By 2005, ATTO expanded its Celerity offerings with the 4 GB host bus adapters, as well as introducing the FibreBridge storage controller for data centers and the FastStream Fibre Channel RAID controllers. In 2007, ATTO stepped into the SAS/SATA market with ExpressSAS RAID and host bus adapters. The following year, ATTO released 8 GB Fibre Channel and 6Gb ExpressSAS adapters, and in 2009 the company rolled out the first 8 GB Fibre Channel storage controller. ATTO introduced its FibreConnect family of switches in 2010 and introduced a revised product in 2012, providing scalable, end-to-end SAN connectivity. In 2011, ATTO released its first FastFrame network interface cards and converged network adapters, enabling connectivity to Ethernet networks. In 2012, ATTO introduced its ThunderLink and ThunderStream devices, the company's first Thunderbolt enabled products.
By 2015, ATTO had expanded its FastFrame offering to include both 10 GB and 40 GB Ethernet connectivity, in single-, dual- and quad-port configurations. The following year, 2016, was a banner year for ATTO, introducing both 32 GB and 16 GB Gen 6 Celerity host bus adapters and debuted the renamed XstreamCORE storage controller, replacing all but a few of its Fibre Channel storage controllers. At the same time, ATTO's ExpressNAV software was rebranded as XstreamVIEW. ThunderLink and ThunderStream Thunderbolt connectivity devices now support Thunderbolt 2 and Thunderbolt 3 platforms and provide connectivity to 6 GB SAS/SATA RAID, Fibre Channel and 10 GB Ethernet networks. Thunderbolt 3 to 40 GB Ethernet and both 32 GB and 16 GB Fibre Channel products were also introduced.
With the introduction of XstreamCORE ATTO launched two new technologies to help their products stand out against competing architectures. xCORE IO Acceleration features multiple parallel IO acceleration engines with end-to-end IO processing, hardware buffer allocation management and real-time performance and latency analytics. These features combine to provide very high, reliable throughput and IOPS with deterministic latency of under 4 microseconds. Unlike general purpose processor based architectures xCORE maintains performance and latency as services and features are added. This is accomplished with the help of ATTO's other new technology the eCORE Control Engine. The eCORE offloads non-data related commands from xCORE and adds common, open storage services, integrates with industry standard APIs, manages reservations, storage routing and host and mapping functions. The eCORE Control Engine also manages traffic for data mover offload with added error handling and diagnostic tools. These features add value to JBOD (Just a Bunch of Disks/Drives), JBOF (Just a Bunch of Flash) or RAID storage while providing tight integration with server based software.[ citation needed ]
ATTO products are sold directly to original equipment manufacturers (OEMs), ODMs, white box systems integrators as well as through ATTO authorized distributors and resellers. Products include: acceleration software, RAID Adapters, and host bus adapters (HBAs) 8 GB, 16GB and 32 GB Fibre Channel, 12 GB and 6 GB SAS/SATA, and Network Interface Cards (NICs) 40 GbE and 10 GbE. NetApp is a customer of ATTO and has integrated the ATTO FibreBridge product line in the NetApp MetroCluster business continuity solution.
Protocol conversion products, called storage controllers, convert one protocol to another while adding monitoring and management features, for example: Fibre Channel to SAS/SATA, iSCSI to SAS/SATA. Switches are also offered which provide 8, 16, 24, or 48 ports in 16 GB or 8 GB Fibre Channel to enable an end-to-end SAN solution when using Fibre Channel HBAs.
Small Computer System Interface is a set of standards for physically connecting and transferring data between computers and peripheral devices, best known for its use with storage devices such as hard disk drives. SCSI was introduced in the 1980s and has seen widespread use on servers and high-end workstations, with new SCSI standards being published as recently as SAS-4 in 2017.
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In computer hardware a host controller, host adapter or host bus adapter (HBA) connects a computer system bus which acts as the host system to other network and storage devices. The terms are primarily used to refer to devices for connecting SCSI, SAS, NVMe, Fibre Channel and SATA devices. Devices for connecting to FireWire, USB and other devices may also be called host controllers or host adapters.
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In computing, Serial Attached SCSI (SAS) is a point-to-point serial protocol that moves data to and from computer-storage devices such as hard disk drives and tape drives. SAS replaces the older Parallel SCSI bus technology that first appeared in the mid-1980s. SAS, like its predecessor, uses the standard SCSI command set. SAS offers optional compatibility with Serial ATA (SATA), versions 2 and later. This allows the connection of SATA drives to most SAS backplanes or controllers. The reverse, connecting SAS drives to SATA backplanes, is not possible.
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A SCSI connector is used to connect computer parts that communicate with each other via the SCSI standard. Generally, two connectors, designated male and female, plug together to form a connection which allows two components, such as a computer and a disk drive, to communicate with each other. SCSI connectors can be electrical connectors or optical connectors. There have been a large variety of SCSI connectors in use at one time or another in the computer industry. Twenty-five years of evolution and three major revisions of the standards resulted in requirements for Parallel SCSI connectors that could handle an 8, 16 or 32 bit wide bus running at 5, 10 or 20 megatransfer/s, with conventional or differential signaling. Serial SCSI added another three transport types, each with one or more connector types. Manufacturers have frequently chosen connectors based on factors of size, cost, or convenience at the expense of compatibility.
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