Hello I can mod your xbox 360 Liteon v3 83450c and v4 93450c drives the proccess i use is no
simple wire job it is a chip instillation and the chip i use is called the Xecuter 1.5 LT Switch
the mod takes about 45 to 75 minutes to do and my price for insillation on these 2 drives is below
please note that AGAIN this is not a low skill mod it requires trace cuts for what i use and
also WILL VOID YOUR WARRANTY you have been warned
Price: $60
Turnaround Time: 45 minutes
I Also offer modding older games systems such as sega saturn psx and ps1 and xbox ps2 and Gcube
please feel free to email or call me on these system mods and what work that you would like done
PS2 chip install details are below FMCB installs are $15
Fat PS2: $50
Slim PS2: $70
these 2 mods are involving the install of modchips wich the client is responsible to order
Gcube mods are $40 this is a modchip install wich the chip is to be ordered by the client
Psx/PS1 chip installs are $35
Sega Saturn Chip installs are $25
XBOX Mods
I Offer either softmods $25 or TSOP $35 or a modchip install in wich i charge $45 as stated above
chips are ordered by the client and take about 40 minutes to install
My Contact Info is below
Chris
214 994 5015
Tags: Microsoft, Xbox, N64, Nintendo 64, Surreal64, 1964, Project 64, PJ64, UltraHLE, Playstation, PS1, PSX, PCSXbox, Sega, Wii, Pong, Atari, Coleco, Nintendo, Super Nintendo, NES, SNES, Mod, Mods, Modifications, Modded, Modified, Networking, Game, Games, Copy, Hack, Backup, Upgrade, Expert, XBMC, Xbox Media Center, Emulator, Emulators, Rom, Roms, Original, HD, High Definition, Atlantis, Babylon, Mame, MAMEoX, Atari 2600, Atari 5200, Atari Lynx, Colecovision, Intellivision, MSX, MSX2, Nintendo Entertainment System, Super NES, Sega Master System, Sega Genesis, Turbografx 16, Neo Geo Pocket, WonderSwan, Gameboy, Gameboy Advanced, Gameboy Color, Game Gear, CPS1, CPS2, Xdsl, Linux, Fluxbox.
Technical details
spectrum of a system G (bands IV and V) television channel with PAL color subcarrier.
Just as with the other color standards adopted for broadcast usage over the world, SECAM is a compatible standard, which means that monochrome television receivers predating its introduction are still able to show the programs. Because of this compatibility requirement, color standards add a second signal to the basic monochrome signal, and this signal carries the color information, called chrominance or C in short, while the black and white information is called the luminance (Y in short). Old TV receivers only display the luminance, while color receivers process both signals.
Additionally, for compatibility, it is required to use no more bandwidth than the monochrome signal alone; the color signal has to be somehow inserted into the monochrome signal, without disturbing it. This insertion is possible because the spectrum of the monochrome TV signal is not continuous, hence empty space exists which can be utilized. This lack of continuity results from the discrete nature of the signal, which is divided into frames and lines. Analogue color systems differ by the way in which empty space is used. In all cases, the color signal is inserted at the end of the spectrum of the monochrome signal.
In order to be able to separate the color signal from the monochrome one in the receiver, a fixed frequency sub carrier has to be used, this sub carrier being modulated by the color signal.
The color space is three dimensional by the nature of the human vision, so after subtracting the luminance, which is carried by the base signal, the color sub carrier still has to carry a two dimensional signal. Typically the red (R) and the blue (B) information are carried because their signal difference with luminance (R-Y and B-Y) is stronger than that of green (G-Y).
SECAM differs from the other color systems by the way the R-Y and B-Y signals are carried.
First, SECAM uses frequency modulation to encode chrominance information on the sub carrier.
Second, instead of transmitting the red and blue information together, it only sends one of them at a time, and uses the information about the other color from the preceding line. It uses a delay line, an analog memory device, for storing one line of color information. This justifies the “Sequential, With Memory” name.
Because SECAM transmits only one color at a time, it is free of the color artifacts present in NTSC and PAL resulting from the combined transmission of both signals.
This means that the vertical color resolution is halved relative to NTSC. It is however not halved compared to PAL. Although PAL does not eliminate half of vertical color information during encoding, it combines color information from adjacent lines at the decoding stage, in order to compensate for “color sub carrier phase errors” occurring during the transmission of the Amplitude-Modulated color sub carrier. This is normally done using a delay line like in SECAM (the result is called PAL DL or PAL Delay-Line, sometimes interpreted as DeLuxe), but can be accomplished “visually” in cheap TV sets (PAL standard). Because the FM modulation of SECAM’s color sub carrier is insensitive to phase (or amplitude) errors, phase errors do not cause loss of color saturation in SECAM, although they do in PAL. In NTSC, such errors cause color shifts.
The color difference signals in SECAM are actually calculated in the YDbDr color space, which is a scaled version of the YUV color space. This encoding is better suited to the transmission of only one signal at a time.
FM modulation of the color information allows SECAM to be free of the dot crawl problem commonly encountered with the other analog standards and first widely noticed with Laserdiscs. Dot crawl can be removed from PAL and NTSC-encoded signals using a comb filter. Such filters are usually only included in high-end displays. Dot crawl patterns (animated checkerboard) are easily visible along vertical lines in DVD menus displayed even by expensive (e.g. plasma) displays if these displays are connected to a signal source (DVD player) using a composite PAL or NTSC connection rather than, for example, RGB.
by Peter Wu
"I have a bricked 4.2u. Can you help me fix my wii? Thank you So much."