ROMBUSTERS

yup this is basically my one and only HUGE problem with SonicStage on the whole. it hasnt crashed for me, doesnt do anything it shouldnt and yet something this stupidly simple cant be done. The next version better correct then insane annoyance

they have us worshipping them?

normally true however it seems as though hes already tried to go through the TOC reconstruction by inserting it into another MD. any rewriting of the TOC will more than likely forever destroy any chance of getting it back. but do try because you may be the one in a million that it still actually works. good luck!

yes and no. you could transfer them to your MD (letting SS convert them on the fly) and then go back into the file properties and delete the OMG file. alternatively you could burn then to a CD (or mount them as a virtual drive) and use Simple Burner to record them (probably the better option)

the only time gaps should appear on a HiMD unit is when there is a pause in the track itself. By chance were these files MP3s? if so theres your answer. However if your ripping straight from a CD and the CD plays gapless then the MD should as well

I made a thread ages ago about how you've used the external drive abilities of the HiMD in creative ways so i thought id revive it and shake things up a bit. I.e. recording highs, neat tricks, cool thoughts. What are some cool things you've done with your HiMD/netMD/MD player? Something I've done is transfered xVid seinfield episods onto discs and watched them during class at school.

no the problem is they'd rather oversee this little technicallity and get as much money back as possible. the funny thing? how much do the artists get of this money?

sorry to see palmer step down but as long as hes technically not leaving i cant say he'll be missed... cuz he'll be here

ah i c. heres a better question. is it one giant recording or multiple smaller ones making up the 72 min? smaller ones actually take more data then larger ones and thus reduce the overall playtime

a

good group Lostprophets - The Fake Sound Of Progress and Start Something

is it always the first few songs no matter which order you transfer them in? i.e. if you transfer songs like this: SongA *plays SongB *plays SongC *doesnt play SongD *doesnt play is there any change if you transfer them like this: SongD SongA SongC SongB

out of curiocity have you installed or change any system settings between the time it worked and now?

unofrtunately in these situations if a damage TOC isnt quickly mended its almost always a lost hope

is the MT831 MDLP compatible? if not its locked into recording at SP which will only give you about 74 min on a 74 min disc.

but if they used miniCD/DVD sized blu-ray you could have ultimate resolution on a portable level

well if you wanted a HiMD that does all you want but is the cheapest go with the NH700 (the canadian model). Has mic and line in and runs just over $200 CAN

it might just be increasing the lower threshold of what it picks up and stripping away the low sounds this all just pure speculation however

my problem with SB is that they force you to use either NetMD codecs or HiMD codecs and not a mixture of the two

depending on the type of cable a standard USB to miniUSB cable might do the trick for you (i know my HiMD cable as well as my N505 cable are interchangable with my digital camera cable) if that doesnt work try buying replacement parts from the sony website

interesting experimentation there! and i guess your hypothesis makes sense as well. while the disc is spinning it is throwing itself off kilter when not on a horizontal plane.

i believe, but could be mistaken, that mic sensitivity is designed to allow the player to remove abmient noise in the recording. For example if you record a room with a fan the fan may actually push air over the mic resulting in extra noise. Using a low sensitivity in this situation would lower the amount of that extra noise picked up.

when you stop the player it probably just stores that it was on Shuffle Mode and which song and the song position it was on as well.

both players are backwards compatible so they can play bot CDs and DVDs

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BD-ROM pre-recorded media are to be available by late 2005. Looking further ahead in time, Blu-ray Discs with capacities of 100GB and 200GB are currently being researched, with these capacities achieved by using four and eight layers respectively. [edit] Codecs The BD-ROM format will include at least 3 codecs: MPEG-2 (the standard used for DVDs), MPEG-4's H.264/AVC codec, and VC-1 based on Microsoft's Windows Media 9 codec. The first codec only allows for about two hours of high-definition content on a single layer Blu-ray Disc, but with the addition of the latter two more advanced codecs, a single-layer disc can hold almost four hours. High-definition MPEG-2 has a data rate of about 25Mbps, while the latter two have data rates of about 15Mbps for video and 3Mbps for audio. BD-RE (and by extension BD-R) does not currently support any advanced codecs beyond MPEG-2. Because MPEG-2 is currently used to broadcast HDTV, recorders write this HD stream directly to a disc. Since there are no consumer level recorders capable of real-time transcoding from the MPEG-2 used for broadcasting and any other codec that might be used for BD-RE, MPEG-2 is the only format supported by BD-RE. Encoding methods for the audio stream include Linear PCM, Dolby Digital, DTS and dts++ (lossless compression). The Blu-ray Disc Association is known to be looking into other codecs superior to those supported by the DVD specification. [edit] Variations An 8 cm BD specification has been finalized and approved. A one-sided, single-layer 8 cm BD can hold 15 GB, giving it the capacity of one and a half regular sized (12 cm) single sided double layer DVDs. This would be an ideal format for small, portable devices, such as portable movie players and digital video cameras. A new hybrid Blu-ray / DVD combo disc has been developed by JVC and is awaiting acceptance by the Blu-ray Disc Association. This would allow both normal DVD players and Blu-ray players to utilise the disc. Users would be able to purchase a single disc that can be played at either high definition or standard DVD quality, depending on the hardware utilised. Users that do not have a Blu-ray Disc player can view the video content at standard definition using their current DVD player, and enjoy the same content at high definition resolution when upgrading to a Blu-ray disc player in the future. [edit] Technology [edit] Laser wavelength The technology utilizes a "blue" (actually blue-violet) laser diode operating at a wavelength of 405 nm to read and write data. Conventional DVDs and CDs use red and infrared lasers at 650 nm and 780 nm respectively. As a color comparison, the visible color of a powered fluorescent black light tube is dominated by mercury's bluish violet emissions at 435.8 nm. The blue-violet laser diodes used in Blu-ray Disc drives operate at 405 nm, which is noticeably more violet (closer to the violet end of the spectrum) than the visible light from a blacklight. A side effect of the very short wavelength is that it causes many materials to fluoresce, and the raw beam does appear as whitish-blue if shone on a white fluorescent surface (such as a piece of paper). While future disc technologies may use fluorescent media, Blu-ray Disc systems operate in the same manner as CD and DVD systems and do not make use of fluorescence effects to read out their data. The blue-violet laser has a shorter wavelength than CD or DVD systems, and this shrinking makes it possible to store more information on a 12 cm (CD/DVD size) disc. The minimum "spot size" that a laser can be focused is limited by diffraction, and depends on the wavelength of the light and the numerical aperture (NA) of the lens used to focus it. 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TDK is to introduce hard-coating technologies that would enable bare disk (caddyless) handling, along with higher-speed recording heads and multi-layer recording technology (to increase storage densities). TDK's hard-coating technique would give BDs scratch resistance and allow them to be cleaned of fingerprints with only a tissue, a procedure that would leave scratches on current CDs and DVDs. [edit] Decreased costs Unsurprisingly, members of the BDA have been directing efforts towards lowering manufacturing and other costs, on a number of different fronts. On 15 April 2004 for instance, Sony and Toppan Printing announced the successful development of a Blu-ray Disc that is 51% (by mass) composed of paper, which could reduce production costs and improve its environmental friendliness. [edit] Compatibility The BDA announced that, while it was not compulsory for manufacturers, Blu-ray lasers and drives are capable of reading the various DVD formats, ensuring backward compatibility. This makes the upgrade more attractive to consumers as it does not require replacing their collections of DVDs. [edit] Recorders The first Blu-ray recorder was unveiled by Sony on March 3, 2003, and was introduced to the Japanese market in April that year. On September 1, 2003, JVC and Samsung Electronics announced Blu-ray based products at IFA in Berlin, Germany. Both indicated that their products would be on the market in 2005. In March 2004, both Sony and Matsushita announced plans to ship 50 GB Blu-ray recorders the same year. The Matsushita product is to ship in July 2004 in the Japanese market under the Panasonic brand. Sony is to follow by the end of 2004 and has announced that the Playstation 3 will be shipped with a read-only Blu-ray drive [1] (http://www.gamesindustry.biz/content_page.php?section_name=dev&aid=3919). Meanwhile, LG Electronics is expected to ship a recorder equipped with a 200GB hard disk into the U.S. market by Q3 2004. These products are to support single-sided, dual-layer rewriteable discs of 54GB capacity. Sony's machine will also support BD-ROM pre-recorded media, which are expected to be available by Christmas 2005. [edit] Studio support Unsurprisingly, Sony Pictures Entertainment and MGM Studios have both announced their support for the Blu-ray Disc format. On October 3, 2004 20th Century Fox announced that it was joining the BDA, it has not yet decided which format to support, although it seems likely now that it will be Blu-ray. On 8 December 2004 The Walt Disney Company (and its home video division, Buena Vista Home Entertainment) announced its non-exclusive support for Blu-ray. On 7 January 2005 Vivendi Universal Games (VU Games) and Electronic Arts (EA Games) announced their support for the Blu-ray Disc format. [edit] Alternatives The primary rival to Blu-ray is HD-DVD, championed by Toshiba and NEC Corporation. This has a lower data density, but could (in principle) benefit from lower manufacturing costs for both the drive units as well as the pre-recorded/recordable media. On 29 November 2004 four Hollywood studios announced plans to support HD-DVD in favour of Blu-ray (although the deal is not exclusive): New Line Cinema, Paramount Pictures, Universal Studios and Warner Bros. [edit] Future optical media In the opinion of many researchers (including those at the BDA themselves), BD possibly represents the last of the plastic-based, visible laser optical disc systems. Shorter violet and ultraviolet wavelengths are absorbed strongly by the plastic used in disc manufacturing, and it is difficult to cheaply manufacture a much higher-quality lens. The light absorbed by the disk would not make it back out to be read by the drive. In addition, most plastics decay when exposed to ultraviolet light, changing color and becoming brittle. An ultraviolet system would destroy plastic media used with it. Future technologies would likely involve glass platters (which do not absorb long-wave ultraviolet nearly as much as plastic), ultraviolet readout lasers, and/or multilayer fluorescent media formats. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ HD-DVD (for High-Density Digital Versatile Disc) is a digital optical media format, and is one of the specifications being proposed as the standard for high-definition DVD. HD-DVD is similar to a competing format, the Blu-Ray disc, in that it uses a CD size (120 mm) optical data storage media and a blue laser at 405 nm wavelength. HD-DVD is promoted by Toshiba, NEC, and Sanyo, and backed by four major film studios, and is currently engaged in a format war with the Blu-ray Disc proposed by Sony. HD-DVD has a capacity of 15 GB (for dual-sided HD-DVD, maximum capacity would be 30 GB). Like Blu-ray, HD-DVD does not require a caddy or cartridge. The cover layer is, as in the case of the DVD, 0.6 mm thick (unlike the Blu-ray Disc at 0.1 mm). The numerical aperture of the optical pick-up head is accordingly the same as that of DVD player (0.65 mm). These factors mean that HD-DVD media is less expensive to manufacture than Blu-ray, not requiring the re-tooling of disc production lines (as is needed for Blu-ray discs). Moreover, existing DVD media are playable on HD-DVD drives without significant complications with respect to the optical pickup unit. It should be noted that Blu-ray Disc units also include DVD backward compatibility. The two formats employ nearly identical video compression techniques, including MPEG-2, Video Codec 1 (VC1, based on the Windows Media 9 format) and H.264/MPEG-4 AVC. On November 19, 2003, the DVD Forum decided with eight to six votes, that the HD-DVD will be the HDTV successor of the DVD. At this meeting they renamed it to HD-DVD, while it had been previously called the "Advanced Optical Disc". Note that Blu-ray Disc was never submitted to the DVD Forum for consideration. The current specification version for HD-DVD-ROM and HD-DVD-Rewritable is version 1.0. The specification for HD-DVD-R is currently at 0.9. The first HD DVD-ROM drives are expected to be unveiled by Q4 2004, with mass production to start in Q1 2005.