Vention VGA (3+6) Male to Male Cable with Ferrite Cores 3M Black (DAEBI)

The Vention DAEBI is a 3-meter VGA male-to-male cable featuring 3+6 construction and dual ferrite cores for reliable analog video transmission. This cable enables students to connect laptops to projectors in medium-sized classrooms and study rooms, while business professionals can establish display connections in offices and small conference rooms. The ferrite cores reduce electromagnetic interference for stable image quality in environments with multiple electronic devices.

Key Features & Benefits

• 3+6 Quality Construction: Features three coaxial cables for RGB video signals plus six additional conductors for enhanced shielding and signal quality, delivering clearer images than basic VGA cables.

• Dual Ferrite Cores: Includes electromagnetic interference suppressors on both ends that minimize signal noise, ghosting, and screen artifacts caused by nearby electronic equipment and power cables.

• 3-Meter Flexible Length: Provides practical reach for typical office desk-to-monitor setups and small meeting room configurations while maintaining signal integrity without excessive cable loops.

• High-Resolution Support: Transmits resolutions up to 1920×1080 (Full HD) with support for higher refresh rates at lower resolutions, ensuring sharp text and clear images for productivity and presentations.

• Gold-Plated Connectors: Delivers corrosion-resistant contacts and reliable connections that maintain signal quality through frequent plugging in professional and educational environments.

Technical Specifications

Physical Characteristics

• Cable Length: 3 meters (9.8 feet)
• Connector Type: VGA (HD-15) male on both ends
• Pin Configuration: 15-pin D-sub connectors
• Cable Construction: 3+6 design (3 coax for RGB, 6 additional wires)
• Color: Black
• Cable Gauge: Standard VGA specification
• Ferrite Cores: Integrated on both connector ends for EMI suppression

Video Performance

• Maximum Resolution: 1920×1080 @ 60Hz (Full HD 1080p) at 3m
• Supported Resolutions: 1920×1200, 1680×1050, 1600×1200, 1280×1024, 1024×768, 800×600
• Refresh Rates: 60Hz standard, up to 85Hz at lower resolutions
• Signal Type: Analog RGB video (RGBHV)
• DDC Support: Display Data Channel for automatic display detection

Connector Features

• Contact Plating: Gold-plated pins for optimal conductivity
• Screw Posts: Integrated thumbscrews for secure mechanical connection
• Molded Strain Relief: Protects cables from damage at connection points
• Shell Material: Metal connector housing for additional EMI shielding

Signal Quality

• Shielding: Multi-layer shielding with aluminum foil and braided copper
• Interference Protection: Dual ferrite cores reduce EMI/RFI
• Impedance: 75 ohms for coaxial conductors
• Signal Attenuation: Minimized through quality construction

Compatibility

• Source Devices: Desktop computers, laptops with VGA ports, older gaming consoles, media players, VGA-equipped tablets, document cameras
• Display Devices: VGA monitors, projectors, LCD displays, older HDTVs with VGA input
• Operating Systems: Hardware-level compatibility (Windows, macOS, Linux, Chrome OS)
• Adapters: Compatible with HDMI-to-VGA or DisplayPort-to-VGA converters on source side

Note: VGA carries video only; separate 3.5mm audio cable required for sound transmission

Use Cases & Applications

For Students The Vention DAEBI cable connects student laptops to projectors in standard-sized classrooms for presentations and group project demonstrations. Students in computer labs use the 3-meter cable to connect desktop computers to monitors positioned for ergonomic viewing angles across typical desk configurations. The ferrite cores prove valuable in lab environments with multiple computers and fluorescent lighting where electromagnetic interference can degrade video quality. Students living in apartments or shared housing connect older gaming consoles or media PCs to VGA monitors for entertainment setups where 3 meters provides sufficient reach from furniture to displays.

For Business Use Business professionals use this cable to connect laptops to conference room projectors and displays in small to medium meeting spaces where equipment sits across tables from presentation positions. Office workers establish dual-monitor workstations by connecting desktop computers to secondary VGA monitors positioned at comfortable viewing distances on L-shaped or extended desks. IT departments deploy these cables in offices with legacy VGA equipment, benefiting from the ferrite cores that reduce interference in densely equipped office environments with numerous wireless devices and electrical equipment. Small business owners connect point-of-sale computers to customer-facing VGA displays across checkout counters within the 3-meter range.

Additional Applications Home office workers connect desktop computers to VGA monitors positioned across desks or on adjustable arms, with the 3-meter length accommodating various ergonomic arrangements. Educational institutions use the cable to connect document cameras and teaching computers to classroom projectors in standard classroom layouts. Security monitoring setups connect DVR systems to VGA monitors positioned across control room desks for surveillance viewing. Industrial facilities use the cable to connect control computers to monitoring displays in equipment rooms where the ferrite cores reduce interference from machinery and electrical systems. Retail stores connect inventory management computers to VGA displays positioned for customer service representative viewing across service desks. Libraries and information centers connect public access computers to VGA monitors with sufficient cable length for accessible positioning. Gaming enthusiasts connect older gaming PCs or retro gaming systems to VGA monitors for classic gaming experiences with the cable length allowing flexible equipment placement in entertainment spaces. The 3-meter length strikes an ideal balance for most fixed installations where 1.5 meters proves too short but 5+ meters creates unnecessary cable management challenges and potential signal degradation.