Fact-checked by Grok 2 weeks ago

DB13W3

DB13W3, also known as 13W3, is a variant of the connector specifically engineered for analog video interfaces, incorporating 10 standard signal pins for grounds, sync signals, and sense functions alongside 3 larger contacts dedicated to red, green, and blue video signals. This design supports high-frequency transmission up to 3 GHz with a 50/75 impedance, enabling reliable delivery of high-resolution video in professional applications. The connector's shell is typically constructed from - or tin-plated , with contacts rated for 3A current and 300V operation across a range of -55°C to +125°C. Introduced in the late and early , the DB13W3 became a for output on high-end UNIX workstations, particularly those from , where it facilitated connections to monitors supporting sync-on-green signaling and resolutions beyond standard VGA capabilities. It was also employed in systems from for similar graphical computing needs, though compatibility often required adapters to interface with more common HD15 VGA ports on modern displays. The connector's mixed layout—combining signal and power/coaxial elements—allowed for robust performance in environments demanding precise video synchronization and minimal signal degradation. Although largely superseded by digital interfaces like DVI and in contemporary systems, the DB13W3 remains relevant in legacy hardware maintenance, vintage computing, and specialized industrial video applications, with adapters enabling its integration into VGA-based setups. Manufacturers such as continue to produce DB13W3 components, including crimp and solder variants, underscoring its enduring utility in niche high-reliability contexts.

Design and Specifications

Physical Characteristics

The DB13W3 connector adopts a shell style in the B size (DB equivalent), with overall dimensions of approximately 52.7 mm in width, 12.6 mm in height, and 13.9 mm in depth, featuring a trapezoidal D-shaped metal shell that provides mechanical polarization and () shielding. It incorporates 13 total pins configured in two rows, including 10 standard signal pins and 3 additional high-frequency pins arranged in a unique layout. The three pins, designed for high-frequency signals, protrude prominently from the standard pin field, creating a distinctive visual profile for the connector. The shell is typically made from or zinc-alloy with to ensure and effective EMI shielding, complemented by plastic insulators that secure the pins in place. A standard locking mechanism utilizing #4-40 thumb screws or jack screws facilitates secure mating between connectors, with the design rated for up to 500 mating cycles under normal conditions.

Pinout and Signaling

The DB13W3 connector, also known as 13W3, features a pin configuration with ten standard-size pins (numbered 1 through 10) dedicated to TTL-level control signals such as horizontal sync (HSYNC on pin 5 in many implementations), vertical sync (VSYNC on pin 9), digital ground (pins 4 and 8), and monitor identification or sense lines (e.g., ID bits on pins 1, 2, 6, and 7 for systems or sense lines on pins 3, 8, and 9 for Sun systems). The three specialized pins (designated A1, A2, and A3) handle the primary analog video signals: red on A1, green on A2, and blue on A3, each paired with their respective ground returns within the coaxial structure to minimize . Pin assignments vary slightly by vendor (e.g., composite sync on pin 5 for Sun versus separate HSYNC/VSYNC for ), but the core layout supports monitor detection via sense lines that read resistor values or ID bits to identify display capabilities. Signaling in the DB13W3 follows analog RGB standards with video lines terminated at 75 ohms to preserve for high-frequency transmission. It supports resolutions up to 2048×1536, as demonstrated in workstation monitors like the G520 and Sun models, with pixel clocks ranging from 75 MHz for standard modes (e.g., 1152×900 at 76 Hz) to over 150 MHz for high-resolution formats (e.g., ×1200). Sync signals are TTL-compatible (0-5 V), often provided as separate HSYNC and VSYNC or composite sync, enabling compatibility with multisync monitors in environments. The video is approximately half the pixel clock , as the highest signal component in analog RGB occurs at this rate; for instance, a 110 MHz pixel clock yields about 55 MHz suitable for resolutions like 1280×1024 at 76 Hz. Electrical specifications include a +5 V sense or DDC power line (e.g., on pin 2 in Sun implementations) for monitor detection and plug-and-play functionality, with video signals at 0.7 V peak-to-peak. Pins are rated for up to 5 A maximum (signal contacts) in standard D-sub configurations, though video lines typically operate at lower levels (milliamps) to avoid . Compared to the standard DB-15 (VGA) connector, the DB13W3's three pins provide superior high-frequency performance for workstation-grade video, supporting features like extended sync-on-green (where sync is embedded in the green video signal) without the limitations of all-pin designs.

History and Development

Origins in Workstation Standards

The DB13W3 connector, commonly referred to as 13W3, was developed by in the mid-1980s to meet the demands of high-resolution outputs in their Unix-based lineup. It emerged as part of the from earlier and color frame buffers, specifically supporting resolutions such as 1152×900 at 66.7 Hz for both and color on systems like the Sun-3 series. This design addressed the limitations of standard video interfaces available at the time, enabling professional graphics applications in and scientific environments. The connector's adaptations allowed for analog RGB signals with composite sync, supporting resolutions exceeding the emerging VGA 's 640×900 limit, such as the 1152×900 mode common in Sun systems. The 13W3's pin configuration, featuring three contacts for video signals amid pins, facilitated this enhanced performance while maintaining with workstation-grade monitors. First introduced around 1985–1987, the 13W3 appeared in Sun-3 systems, including the Sun-3/60 and Sun-3/110 models equipped with the CG4 color frame buffer option. It was not used in the earlier series, which relied on Multibus-based graphics like the CG1. The naming "13W3" reflects its base with 13 total pins, where "W" indicates the three large W-shaped contacts for video signals, distinguishing it from general-purpose D-sub connectors. A pivotal moment came in 1987 with the release of X Version 11 (X11) by the X Consortium, where Sun's implementation on 13W3-equipped workstations helped establish it as a de facto hardware standard for Unix graphics under the , promoting interoperability across vendor platforms.

Evolution and Standardization

In the late 1980s, the DB13W3 connector was integrated into ' desktop environment, with support continuing into the early 1990s alongside the operating system, enabling support for enhanced video resolutions such as 1280×1024 at 75 Hz on compatible workstations and monitors. This update allowed for improved performance in graphical applications, leveraging the connector's coaxial pins for high-frequency RGB signals while maintaining compatibility with existing Sun hardware. The DB13W3 gained widespread adoption across the workstation industry during the early to mid-1990s, with manufacturers including (SGI), (HP), and (DEC) incorporating it into their high-end systems for analog video output. By 1990–1995, it had become a pseudo-standard for Unix-based workstations requiring resolutions beyond standard VGA capabilities, such as 1152×900 or higher, due to its robust support for separate or composite sync signals. VESA's Display Monitor Timings (DMT) specification from 1994 included timings compatible with 13W3 interfaces, aiding interoperability in professional graphics environments, though pinouts remained manufacturer-specific. Formal standardization efforts for the DB13W3 were limited, as it was primarily a proprietary extension of the family rather than a fully ratified industry norm. By the late , the connector's prominence waned with the emergence of digital interfaces like DVI, leading to its discontinuation as a primary standard around 2000 in favor of more universal solutions.

Applications

Video Interfaces

The DB13W3 connector primarily facilitates high-bandwidth analog RGB video transmission with composite sync, designed to support flicker-free displays in CAD and engineering workstations such as those from . This configuration allows for stable, high-refresh-rate output on monitors, minimizing visual artifacts during complex graphical operations. It supports standard resolutions and timings including 1024×768 at 66 Hz (Sun-specific variant) and 1152×900 at 76 Hz, employing TTL-level composite sync or sync-on-green signaling for compatibility with multisync displays. Higher-end modes like 1600×1280 at 76 Hz are achievable on advanced accelerators. Video signals are carried on the coaxial pins designated for , , and (pins A1–A3, often referenced as 1–3), with composite sync on pin 5; monitor sensing occurs via dedicated pins including +5 V supply on pin 2 or 8 for hot-plug detection and DDC communication. Performance specifications include up to 300 MHz in compatible systems, enabling 24-bit for precise color reproduction without compression. In Sun SPARCstations, the DB13W3 directly drove CRTs for applications, maintaining analog signal fidelity to avoid losses from digital conversions. Pin assignments for video signals are detailed in the Pinout and Signaling .

Non-Video Uses

The DB13W3 connector's design, with its mix of standard signal pins and high-frequency pins, allows for limited in non-video roles in legacy hardware. A variant with high-current pins instead of is used in some network interface cards for attachment unit interface (AUI) connections. However, such adaptations are rare, and the connector's primary optimization for analog video limits its broader utility, contributing to obsolescence in favor of specialized standards.

Compatibility and Legacy

Adapters and Converters

Adapters and converters for the DB13W3 connector primarily facilitate connections between legacy video outputs and standard display interfaces like VGA, DVI, and . These solutions address differences in pin configurations, sync signaling, and signal types, enabling compatibility with modern monitors while preserving analog RGB video quality. Passive adapters dominate for basic conversions, while active devices handle signal regeneration or scaling for higher resolutions. VGA/HD15 adapters are the most common, often consisting of passive cables that map the DB13W3's coaxial RGB signals and sync lines to the HD15 connector. These typically feature dip switches to reconfigure sync options, such as converting composite sync to separate horizontal and vertical signals, which is essential for systems like workstations using sync-on-green. Active converters extend functionality by scaling resolutions up to 1920x1200, incorporating analog-to-digital conversion for enhanced compatibility with contemporary displays. DVI and HDMI bridges convert the analog DB13W3 output to digital formats, often via intermediate VGA adaptation followed by ADC-based processing. In the , kits like those for Sun-to-PC transitions used dedicated ADCs to bridge video to standard PC interfaces, supporting resolutions common to that era. Modern USB-C adapters incorporate built-in chips for signal emulation, allowing direct connection to equipped devices, though these typically chain through VGA for full DB13W3 support. Common products include Sun-specific 13W3 to VGA cables in 6-10 foot lengths, such as those from Kentek and Monoprice, which provide straightforward male-to-female conversions. Third-party options from manufacturers like Comtop and SF Cable offer gender changers and shielded designs for reliable Sun Microsystem compatibility. Pin mapping presents challenges, particularly with sync signals; for instance, the DB13W3's horizontal sync (pin 4) must route to VGA pin 13, and vertical sync (pin 5) to pin 14, while composite sync on pin 9 may require separation to avoid display issues. Without proper buffering, signal degradation can occur over longer runs, leading to ghosting or loss of high-frequency details. Adapters are typically rated for 250 MHz to match the DB13W3's original capabilities, with robust shielding to minimize between RGB and sync lines. This ensures clear transmission up to resolutions like 1600x1200 at 75 Hz, maintaining the connector's high-fidelity analog performance.

Modern Relevance and Alternatives

The DB13W3 connector has been considered obsolete since the mid-2000s, following ' transition to DVI interfaces, as evidenced by product documentation indicating dual support for 13W3 analog and DVI-D digital inputs on new . This shift aligned with broader industry moves away from proprietary video standards toward more universal digital solutions. Despite its , the connector maintains in retro communities, where it supports the operation and restoration of vintage Sun and systems, often requiring custom adapters for compatibility with contemporary hardware. In 2025, niche applications persist among hobbyists in CRT-based retro projects, enabling low-cost of classic environments. legacy systems continue to incorporate 13W3 variants for reliable high-current analog signaling in certified setups. These uses underscore the connector's durability in specialized, non-consumer contexts where digital migration has been slower. Key alternatives to DB13W3 include DVI-I, introduced in 1999 by the Digital Display Working Group, which combines analog RGB and digital TMDS signals in a single port for hybrid video needs. , standardized by VESA in 2006, provides superior bandwidth for modern displays and supports legacy analog conversion via active adapters. 2.1, released in 2017, facilitates high-resolution analog through converter boxes, though it prioritizes uncompressed digital audio-video transmission. The decline of DB13W3 stems primarily from the proliferation of LCD and panels since the early 2000s, which eliminated demand for CRT-optimized analog sync and reduced the need for specialized connectors. Custom 13W3 cables and adapters, essential for these legacy setups, now cost $50–$100 due to limited production and niche sourcing.

References

  1. [1]
    What is DB13w3 connector? - sgconnector.com
    DB13W3 (13W3) is a particular style of D-subminiature connector commonly used as an analog video interface connector. DB13W3 connector contains 10 standard ...
  2. [2]
    https://www.sfcable.com/db13w3-sun-micro-female-to-hd15-male-adapter.html
  3. [3]
    Monoprice 100071 Sun 13W3-M to HD15-F, VGA, Video-Port Adapter
    30-day returnsThis adapter connects an older Sun computer with a 13W3 connector to a newer monitor with an HD15 VGA connector. It has a male 13W3 plug and a female HD15 plug.
  4. [4]
    DB-13W3 Combination Layout D Sub Connectors | Newark Electronics
    4.3 43 · Free delivery over $150Buy DB-13W3 Combination Layout D Sub Connectors. Newark Electronics offers fast quotes, same day dispatch, fast delivery, wide inventory ...
  5. [5]
    KENTEK 13W3 DB 13W3 13 Pin Male to HD15 HDD15 15 Pin ...
    Top highlights · Connector: 13W3 Male / HD15 Female · Type: Molded Adapter · Color: Black · Each order Contains 1 Piece. Picture demonstrated adapter's front ...
  6. [6]
    DB13W3PA00LF | D-Subminiature - Amphenol CS
    Amphenol is one of the leading manufacturers of d-sub cable connectors. Contact us today for more details of d-subminiature , part number DB13W3PA00LF.
  7. [7]
    Amphenol Communications Solutions DW 13 Way Panel Mount D ...
    In stock 7-day deliveryD-Sub Shell Size. B. Termination Method. Solder. Mixed Contact Layout. 13W3 ... Dimensions. 52.65 x 12.55 x 13.85mm. Minimum Operating Temperature. -55.0°C.
  8. [8]
    DBM13W3PN ITT CANNON, Combination Layout D Sub Connector ...
    Connector Body Material. Steel Body. Contact Plating. Gold Plated Contacts. Insert Arrangement. DB-13W3. Gender. Plug. Contact Type. 10 Signal, 3 Power. Contact ...
  9. [9]
    https://www.mouser.ca/ProductDetail/NorComp/682M13W3103L001?qs=Jslch3jnSjn%25252BtqeN4eIsNQ%253D%253D
  10. [10]
    https://www.mouser.com/catalog/specsheets/CONEC_08302018_DSubCombinationHD.pdf
  11. [11]
    13W3 Connector Pinout - Kev009
    13W3 IBM PowerPC 640x480 to 1600x1200 31 - 61 kHz, 60 - 87Hz. Signal type: Analog Pin A1 - Red/Red Ground Pin A2 - Green/Green Ground Pin A3 - Blue/Blue ...
  12. [12]
    IBM 13W3 Display Cable Pinouts - Ardent Tool of Capitalism
    Oct 6, 2025 · This page pertains to IBM's 13W3 video interface used by the RS/6000 line. While Sun, SGI, and Intergraph also used the 13W3 for video output, each ...
  13. [13]
    F - A P P E N D I X - - Oracle Help Center
    Pinout for the 13W3 Connector​​ FIGURE F-2 and TABLE F-2 shows the Sun XVR-4000 graphics accelerator 13W3 connector and lists the pinout signals. resister.Missing: DB13W3 | Show results with:DB13W3
  14. [14]
    [PDF] SunTM Monitors Just the Facts
    Aug 13, 2002 · Both the digital (DVI-D) input and the analog (13W3) input support driving the display to it full 1920 x 1200 pixel resolution. The second ...
  15. [15]
    [PDF] Sun Fire V880z Server and Sun XVR-4000 Graphics Accelerator ...
    Bothlock is the only way to achieve both vertical and horizontal synchronization for a high-speed video format (pixel clock at or above 150 Mhz), or for a video ...
  16. [16]
    13W3 Pinout
    6091I-19i and 9504 use the Image Plus 13W3 connector, which is self-keying by virtue of its three coaxial connectors, it is always fully pinned.
  17. [17]
    Frame Buffer History Lesson. - SunHELP
    Nov 24, 1998 · Bob Mitton forwarded me this collection of frame buffer history files from the late 1980s. ... Uses 13W3 connector. A more in-depth history on ...
  18. [18]
    13W3 - Higher Intellect Vintage Wiki
    Jan 13, 2022 · History. The 13W3 connector was used by workstations where display resolutions were higher than traditional desktops of the time which were ...Missing: origin | Show results with:origin
  19. [19]
    [PDF] RS170.pdf
    The principal standards applying to both television and graphics systems have been established by the Electronic Industries. Association (EIA). They nominally ...Missing: influence | Show results with:influence
  20. [20]
    RFC 1013: X Window System Protocol, version 11
    RFC 1013 June 1987 The default-colormap is the one initially associated with the root window. Clients with minimal color requirements creating windows of ...
  21. [21]
    13W3 - Everything2.com
    A video connector that used to be common on Sun, SGI, and other high-end UNIX workstations. These days it's becoming pretty uncommon, as everyone is ...
  22. [22]
    List of video connectors - Wikipedia
    PR connections are theoretically capable of higher resolutions, resolutions above 1080p (1920 × 1080 @ 60p) are uncommon. Additionally, many devices limit YPBPR ...
  23. [23]
    [PDF] VESA-DMT-1.13.pdf - Glenwing
    Feb 8, 2013 · This document includes all current VESA Monitor Timing Standards & Guidelines. Guidelines are subjected to the same VESA review and approval ...Missing: 13W3 | Show results with:13W3
  24. [24]
    ISO/IEC 12087-1:1995 - Information technology
    2–5 day deliveryConcerns with the manipulation, processing, and interchange of all types of digital images. Defines a generic, unifying imaging architecture.Missing: 13W3 | Show results with:13W3
  25. [25]
    [PDF] The Server/Workstation Magazine
    Aug 1, 1998 · ©1998 Sun Microsystems, Inc. All rights reserved. Sun, Sun ... 13W3 Male/Male Video Cable - 15 Feet .............. $180-$125 ...
  26. [26]
    [PDF] SunTM Expert3D Frame Buffer Just the Facts - filibeto.org
    Apr 4, 2000 · The Sun. Expert3D frame buffer supports monitor refresh rates of up to 112 Hz and provides double-buffered/. Z-buffered support for 3-D graphics ...
  27. [27]
    15-inch Low Cost Color Monitor - Doge Microsystems
    Sun Microsystems, Inc. Sun System Handbook - ISO 4.1 October 2012 ... Input Connector. DB13W3 Connector. Pin, Signal. 1. Connected to pin 10. 2. Not used.<|control11|><|separator|>
  28. [28]
    19-inch Premium Color Monitor
    19" P3 Premium Color Monitor, DB13W3 GDM-1962 (logoless, obsolete). n/a, 365 ... 105.5 MHz *. 1152 × 900. 61.8 kHz. 66 Hz. 92.94 MHz. 1152 × 900. 71.7 kHz. 76 ...
  29. [29]
    [PDF] Sun XVR-1000 Graphics Accelerator Installation and User's Guide
    Jun 11, 2002 · Refer to “Screen Resolution Matrix” on page 51 for pairs of resolutions supported by both Stream A (13W3) and Stream B (HD-15, DVI-D, S-video).
  30. [30]
    Sun Video pinout and wiring @ old.pinouts.ru
    Nov 18, 2019 · Sun Video pinout ; 2, VSYNC, Vertical Sync* ; 3, SENSE2, Sense #2 ; 4, SENSEGND, Sense Ground ; 5, CSYNC, Composite Sync.
  31. [31]
    [PDF] 13W3 Splitter 2-Channel 13W3 Splitter 4-Channel - Black Box
    300-MHz bandwidth. • 1-nanosecond rise time for clear images at any resolution. • Compatible with Sun®, NeXT®, and Silicon Graphics® workstations. • Compact ...
  32. [32]
    [PDF] Sun Ultra 2 Series Reference Manual - Oracle Help Center
    1997 Sun Microsystems, Inc., 901 San Antonio Road, Palo Alto, California ... Chapter 2 presents a full tutorial about connecting the system to a 10BASE-T twisted- ...
  33. [33]
    UltraSPARC Serial Port and Required Cable - Server Fault
    Dec 4, 2013 · If you plug a standard 25-pin serial connector into that it should Just Work (you'll get port A - the default serial console), but double-check ...
  34. [34]
    Oscilloscope | Discover Top Models & Compare Now - Tektronix
    Find the perfect Tektronix oscilloscope for your needs. Compare "oscopes" models, features, and prices. Get the best value now and elevate your analysis!5 Series B MSO · Handheld Oscilloscopes · TBS1000C 2 Channel Digital...Missing: 13W3 | Show results with:13W3
  35. [35]
    APC KVM Sun Server Module for VGA or 13W3 - AP5632
    CA$199.99 30-day returnsSpecifications ; Depth, 9.3 in (235 mm) ; Net weight, 0.35 lb(US) (0.16 kg) ; Mounting mode, Not rack-mountable ; Cable end 2, SUB-D 15HD female VGA monitor ; Cable ...
  36. [36]
    Video timing/sync parameters for non-PC workstations - EEVblog
    May 16, 2020 · In general, if it's 13W3 then it's SoG, if it's VGA or EVC then it's separate sync. DEC: DEC AXP (Alpha) with EISA and PCI also stuck with ...
  37. [37]
    DB13W3 - Wikipedia
    DB13W3 (13W3) is a style of D-subminiature connector used for analog video interfaces. The 13 refers to the total number of pins, the W refers to ...
  38. [38]
    Sun Microsystems 13W3 Cables and Adapters
    Free deliveryAvailable 13W3 cables and adapters include RGB 4/5 BNC to 13W3, VGA to 13W3, and 13W3 to HD15 adapters, some of which are discontinued.Missing: Ethernet | Show results with:Ethernet
  39. [39]
    Silicon Graphics / IRIX 13W3 and Sync on Green (SoG) solutions
    Mar 3, 2020 · The one and only solution I recommend to this is the famous "DIP switch" cable that adapts from 13W3 to a standard HD-15 VGA connector.Missing: adoption | Show results with:adoption
  40. [40]
    13W3 DA2 - Distribution Amplifier - Extron
    13W3 DA2 · 300 MHz (-3 dB) RGB video bandwidth, fully loaded · Compatible with Sun and Silicon Graphics workstations · ID bit termination suitable for Sun and SGI ...
  41. [41]
    Sun 530-3170 530-3170-01 13W3-Female to DVI-A-Male Monitor ...
    In stock Free deliverySun 530-3170 530-3170-01 13W3-Female to DVI-A-Male Monitor Cable Adapter 16" ; Type. Monitor Cable ; Est. delivery. Wed, Nov 5 - Thu, Nov 13. From Orlando, ...
  42. [42]
    13W3 to HDMI/DisplayPort - ClassicCMP
    May 25, 2020 · So far the adapter works as advertised with anything I managed to connect it to (various HP/DEC/Sun/SGI/RS6000, including mono and SoG) to a ...Missing: adoption | Show results with:adoption
  43. [43]
    KENTEK 13W3 DB 13W3 13 Pin Female to HD15 HDD15 15 Pin ...
    Additional details. This adapter will extend/ connect a Sun Micro system 13W3 cable to a VGA HD15 cable and vice versa. Color of the adapter: Black. Each ...
  44. [44]
    https://www.pccables.com/Products/13W3-M-to-VGA-HD15-F-Adapter-Vertical-Horizontal-Sync
  45. [45]
    13W3 F to HD15 M SUN to VGA Monitor Adapter - Comtop
    Connect an older Sun computer system with the 13W3 connector to a newer monitor with an HD15 VGA connector. Each adapter is fully shielded to reduce noise ...Missing: DB13W3 | Show results with:DB13W3
  46. [46]
    SUN SGI video splitter - Network Technologies Inc
    Via female 13W3 connectors. Bandwidth is 250 MHz. All output are individually buffered. VOPEX-13W3-2. AVAILABLE SIZES. NTI Part #, # of Ports, Size WxDxH (In).Missing: DB13W3 | Show results with:DB13W3
  47. [47]
    Video card & Monitor connectors - Australia Computer Online
    The 13W3 connector is no longer used with modern displays, which have generally moved on to VGA or DVI connectors. The connector contains 10 standard signal ...Missing: obsolete shift
  48. [48]
    Getting and restoring a Sun Ultra 1 Workstation - rup12.net
    May 10, 2021 · #retro computing #sun #sparc #cde #restoration #13w3 #workstation #adventures ... In my case, the Sun workstation uses a 13W3 connector:.
  49. [49]
    Eric Schlaepfer's 13W3 Video Snake Oil Is Here to Save You From ...
    Designed for use with Sun, SGI, and IBM workstations, this universal adapter can be wired almost any way you choose.Missing: 1985-1987 | Show results with:1985-1987
  50. [50]
    Floodgap Retrobits presents the Solbourne Solace
    Apr 21, 2025 · Like Sun cards, Solbourne display cards use either BNC or 13W3 video connectors, and converters for Sun systems will work for Sols as well ...
  51. [51]
    13W3 Male RF Coaxial D-SUB Connector High Current D-SUB
    $$1.20 In stock Rating 5.0 Application. Aerospace Projects, Industrial Projects, Railway, Electrical. Poles. 8-16. Pin. Brass. Housing. Steel. Classification. D-SUB Connector. Small Order.<|separator|>
  52. [52]
    DB13W3 Cable, 22ft, Cat5e High End 13w3 Cable , Male to Female
    $$102.34 Free deliveryPrice details ; Was. $119.00. (14% off) -$16.66 ; Item price. $102.34 · $14.45 ; Estimated total. $116.79*. You save: $16.66.