Video Transfer Services

Replay old home movies. From video and camcorder tapes to DVD or USB perfect for the family.

 

We are a partner company for Happy Ireland a specialist firm with over 35 years of combined expert knowledge & experience transferring photos, videos & audio from all outdated imaging formats hassle free.

How it works:

1. Send

Visit us at 1 William St., Galway. Bring in your assortment of videotapes and film. Leave your details and we’ll handle everything from there.

2. Digitise

Once we receive your order, our team of experts and technicians work hard to transfer your memories. From quality checks, restoration, and digitisation. Choose to receive a physical copy, digital copy or both!

3. Receive

Receive your original media back with your digitised copies either through our Belfast studio, partner outlets or straight to your door! Bring family and friends together and replay all your favourite recorded memories and moments!

What We Can tranfer:

VHS Tapes

Transferring VHS tapes to DVD or USB is an excellent way to preserve your memories for the future. The Video Home System (VHS) was a popular analogue video recording device. The tape was originally developed by Victor Company of Japan (JVC) in the 1970s. From then on, this method was used to record video for commercial and domestic use.

Most homes had a VHS player to play films and home movies. In 1997, the DVD was introduced, and by 2008 it was the preferred format for watching and recording movies. The DVD is of better quality and can hold larger file types. Furthermore, it has its own advancements thanks to HD and Blu-ray.

 

SVHS Tapes

SVHS tape or, Super-VHS tape, is an advanced version of VHS Tape. It has more picture detail for a better resolution. SVHS tape can record and output up to 400-420 lines of resolution. Standard VHS tape, on the other hand, offers only 240-250 lines of resolution. SVHS tapes can only be played on standard VHS VCR players that have a feature known as Quasi-SVHS Playback.

 

HDV Tape

HDV is a format for recording of high-definition video on DV cassette tape. It was initially developed by JVC and supported by Sony, Canon, and Sharp. HDV was an affordable high-definition format for digital camcorders. It quickly caught on with many amateur and professional videographers. Due to its low cost, portability, and image quality acceptable for many professional productions. HDV was a step up from mini DV. It used a 16:9 widescreen format, with a resolution of 1280 x 720 pixels. This is a substantial improvement over Mini DV, which recorded video in a 4:3 format, with a maximum resolution of 500 horizontal lines.

VHSc

VHS-C tape is the compacted version of the VHS tape format. Introduced in 1982 with portable camcorders. The format is based on the same videotape as is used in VHS and could be played back in a standard VHS VCR with an adapter that the VHS-C fitted into.

8mm

There are three different types of 8mm tapes, each an improvement over the other. Many manufacturers had the sense to make their products backwards compatible with older versions of the tapes. So if you had several original 8mm tapes, you’d be able to play them on your Hi8 or Digital8 camera.

 

Hi 8

To offset the introduction of the Super-VHS tape format, Sony introduced Video Hi8 tape. Hi8 cassettes were widespread throughout the 90s because of their compact size and quality especially because they could fit into a camcorder for home video recording. Unfortunately, Hi8 players are not in the mainstream anymore consequently, it is increasingly difficult to watch movies in this format.

 

Digital 8

In 1999 Sony developed the Digital8, or D8, which is a consumer digital videotape design. It is a combination of the older Hi8 tape with the DV codec. The Digital8 equipment uses the same videocassettes as analogue Hi8 equipment. However, they differ regarding the fact that the audio/video signal for Digital8 is encoded digitally, using the industry-standard DV codec.

As the Digital8 format uses the DV codec, this means they have identical audio and video specifications and as a result, the quality of Digital8 to DVD transfers is excellent.

 

MiniDV Tapes

MiniDV is a digital videotape format that uses the same compression as DV. It was very popular for recording home movies. Most small camcorders sold after 2000 used the MiniDV digital videotape format. MiniDV tapes can hold up to 60- 120 mins of recorded footage time.

 

Betamax

Betamax Tape is a video cassette recording technology that uses magnetic tape 1/2 inch (1.27 cm) in width. The Betamax cassette was physically smaller than a VHS cassette and had less recording time than VHS cassettes. The format is now virtually obsolete. However, the television industry still uses an updated version called Betacam. Greater wear occurs on a Betamax tape compared with VHS which shortens the life of the cassette.

 

Betacam

Betacam, launched in 1982, was a great success in the professional market for its quality and reliability. The difference was that Betacam used component video rather than composite, and recorded at a much higher tape speed. Betamax and Betacam tapes were interchangeable. The Betacam tapes came in two sizes: S (small) and L (large) and the Betacam cameras used the S size. The tape decks could use either size.

 

Betacam SP

The successor of Sony’s Betacam is the Betacam SP, launching in 1986. It went on to become the most successful general-purpose professional video format of the 20th Century. The “SP” stands for “Superior Performance”, which was achieved by using a metal-formulated tape instead of oxide. The horizontal resolution was increased to around 360 lines. Tape sizes were the same as Betacam.

 

Digital Betacam

Sony introduced the Digital Betacam in 1993, also known as Digibeta or D-Beta. Digital Betacam was superior in performance to DVCam and DVCPro. Cassette sizes are the same as other Beta versions: S (small) tapes record up to 40 minutes, L (large) tapes record up to 124 minutes.

U-Matic

The U-Matic tape was first released to the general public in 1971. It was one of the first video formats to contain the videotape inside a cassette compared to the open reel style of the other systems. Unlike most other tape formats, the supply and take-up reels in the cassette turn in opposite directions during playback, fast-forward, and rewind as one reel would run clockwise while the other would run anti-clockwise.

 

Helical Scan

Helical Scan was a method of recording information onto magnetic tape. It was used to record TV programs in the 1960s, and by several storage sellers in high-end tape backup products. The helical scan is the same technology used in digital audio tapes and began in the VCR arena. It uses a spinning read/write head and diagonal tracks.

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