Kamis, 26 Mei 2011

Sid

Design process

The SID was devised by engineer Robert "Bob" Yannes, who later co-founded the Ensoniq digital synthesizer company. Yannes headed a team that included himself, two technicians and a CAD operator, who designed and completed the chip in five months, in the latter half of 1981. Yannes was inspired by previous work in the synthesizer industry and was not impressed by the current state of computer sound chips. Instead, he wanted a high-quality instrument chip, which is the reason why the SID has features like the envelope generator, previously not found in home computer sound chips.
I thought the sound chips on the market, including those in the Atari computers, were primitive and obviously had been designed by people who knew nothing about music.
Robert Yannes, On the Edge: The Spectacular Rise and Fall of Commodore
Emphasis during chip design was on high-precision frequency control, and the SID was originally designed to have 32 independent voices, sharing a common oscillator. However these features could not be finished in time, so instead the mask work for a certain working oscillator was simply replicated three times across the chip surface, creating three voices with a unique oscillator for each voice. Another feature that was not incorporated in the final design was a frequency look-up table for the most common musical notes, a feature that was dropped because of space limitations. The support for an audio input pin was a feature Yannes added without asking, even though this had no practical use in a computer, although it enabled the chip to be used as a simple effect processor. The masks were produced in 7-micrometer technology in order to gain a high yield: the current state-of-the-art at the time was 6-micrometer technologies.
The chip, like the first product using it (the Commodore 64), was finished in time for the Consumer Electronics Show in the first weekend of January 1982. Even though Yannes was partly displeased with the result, his colleague Charles Winterble said: "This thing is already 10 times better than anything out there and 20 times better than it needs to be."
The specifications for the chip were not used as a blueprint. Rather, they were written as the development work progressed, and not all planned features made it into the final product. Yannes claims he had a feature-list of which three quarters made it into the final design. This is the reason why some of the specifications for the first version (6581) were accidentally incorrect. The later revision (8580) was revised to match the specification. For example, the 8580 expanded on the ability to perform a logical AND between two waveforms, something that the 6581 could only do in a somewhat limited and unintuitive manner. Another feature that differs between the two revisions is the filter: the 6581 version is far away from the specification.

Manufacturing, Remarking, and Forgery

Since 6581 and 8580 SID ICs are no longer produced, they have become highly sought after. In late 2007, various defective remarked SIDs started appearing on eBay as supposedly "new" chips. All of these remarked SIDs have a defective filter, but some also have defective channels/noise generators, and some are completely dead. The remarked chips are assumed to either be factory rejects from back when the chip was still produced, or possibly 'reject culls' from one of the chip pulling operations which were used to supply the chips used in the Elektron SIDStation and the HardSID cards. Fake SID chips have also been supplied to unwitting buyers from unscrupulous manufacturers in China; the supplied chips are laser-etched with completely bogus markings, and the chip inside the package is not a SID at all.

Features

Technical details

6581 Pin configuration
The SID is a mixed-signal integrated circuit, featuring both digital and analog circuitry. All control ports are digital, while the output ports are analog. The SID features three-voice synthesis, where each voice may use one of at least five different waveforms: square wave (with variable duty cycle), triangle wave, sawtooth wave, pseudo-random (but not white) noise, and certain complex/combined waveforms when multiple waveforms are selected simultaneously. A voice playing Triangle waveform may be ring-modulated with one of the other voices, where the triangle waveform's bits are inverted when the modulating voice's msb is set, producing a discontinuity and change of direction with the Triangle's ramp. Oscillators may also be hard-synced to each other, where the synced oscillator is reset whenever the syncing oscillator's msb raises.
Each voice may be routed into a common, digitally controlled analog 12dB multistate filter, which is constructed with aid of external capacitors to the chip. The filter has lowpass, bandpass and highpass outputs, which can be individually selected for final output amplification via master volume register. Using a combined state of lowpass and highpass results in a notch (or inverted bandpass) output.[1] The programmer may vary the filter's cut-off frequency and resonance. An external audio-in port enables external audio to be passed through the filter.
The ring modulation, filter, and programming techniques such as arpeggio (rapid cycling between 2 or more frequencies to make chord-like sounds) together produce the characteristic feel of SID music.
Due to imperfect manufacturing technologies of the time and poor separation between the analog and digital parts of the chip, the 6581's output (before the amplifier stage) was always slightly biased from the zero level. By adjusting the amplifier's gain through the main 4-bit volume register, this bias could be modulated as PCM, resulting in a "virtual" fourth channel allowing 4-bit digital sample playback. The glitch was known and used from an early point on, first by Electronic Speech Systems to produce sampled speech in games such as Impossible Mission (1983, Epyx) and Ghostbusters (1984, Activision). The first instance of samples being used in actual musical compositions was by Martin Galway in Arkanoid (1987, Imagine), although he had copied the idea from an earlier drum synthesizer package called Digidrums. The length of sampled sound playback was limited first by memory and later technique. Kung Fu Fighting (1986), a popular early sample, has a playback length measured in seconds. c64mp3 (2010) and Cubase64 (2010) demonstrate playback lengths measured in minutes. Also, it was hugely CPU intensive - one had to output the samples very fast (in comparison to the speed of the 6510 CPU).
The better manufacturing technology in the 8580 used in the later revisions of Commodore 64C and the Commodore 128DCR caused the bias to almost entirely disappear, causing the digitized sound samples to become very quiet. Fortunately, the volume level could be mostly restored with either a hardware modification (biasing the audio-in pin), or more commonly a software trick involving using the Pulse waveform to intentionally recreate the required bias. The software trick generally renders one voice temporarily unusable, although clever musical compositions can make this problem less noticeable.
At the X'2008 demo party, a completely new method of playing digitized samples was unveiled. The method allows for an unprecedented four (software-mixed) channels of 8-bit samples with optional filtering on top of all samples, as well as two ordinary SID sound channels.[1][2] The method works by resetting the oscillator using the waveform generator test bit, quickly ramping up the new waveform with the Triangle waveform selected, and then disabling all waveforms, resulting in the DAC continuing to output the last value---which is the desired sample. This continues for as long as two scanlines, which is ample time for glitch-free, arbitrary sample output. It is however more CPU-intensive than the 4-bit volume register DAC trick described above. Because the filtering in a SID chip is applied after the waveform generators, samples produced this way can be filtered normally.
The original manual for the SID mentions that if several waveforms are enabled at the same time, the result will be a binary AND between them. What happens in reality is that the input to the waveform DAC pins receive several waveforms at once. For instance, the Triangle waveform is made with a separate XOR circuit and a shift-to-left circuit. The top bit drives whether the XOR circuit inverts the accumulator value seen by the DAC. Thus, enabling triangle and sawtooth simultaneously causes adjacent accumulator bits in the DAC input to mix together. (The XOR circuit does not come to play because it is always disabled whenever the sawtooth waveform is selected.) The pulse waveform is built by joining all the DAC bits together via a long strip of polysilicon, connected to the pulse control logic that digitally compares current accumulator value to the pulse width value. Thus, selecting the pulse waveform together with any other waveform causes every bit on the DAC to partially mix together, and the loudness of the waveform is affected by the state of the pulse.
The noise generator is implemented as a 23-bit-length linear feedback shift register. When using noise waveform simultaneously with any other waveform, the pull-down via waveform selector tends to quickly reduce the XOR shift register to 0 for all bits that are connected to the output DAC. As the zeroes shift in the register when the noise is clocked, and no 1-bits are produced to replace them, a situation can arise where the XOR shift register becomes fully zeroed. Luckily, the situation can be remedied by using the waveform control test bit, which in that condition injects one 1-bit into the XOR shift register. Some musicians are also known to use noise's combined waveforms and test bit to construct unusual sounds.
The 6581 and 8580 differ from each other in several ways. The original 6581 was manufactured using the older NMOS process, which used 12V DC to operate. The 8580 was made using the HMOS-II process, which required less power (9V DC), and therefore made the IC run cooler. The 8580 was thus far more durable than the 6581. Also, due to stabler waveform generators, the bit-mixing effects are less noticeable and thus the combined waveforms come close to matching the original SID specification (which stated that they will be combined as a binary AND). The filter is also very different between the two models, with the 6581 cutoff range being a relatively straight line on a log scale, while the cutoff range on the 8580 is a straight line on a linear scale, and is close to the designers' actual specifications. Additionally, a better separation between the analog and the digital circuits made the 8580's output less noisy and distorted. The noise in 6xxx-series systems can be reduced by disconnecting the audio-in pin.
The consumer version of the 8580 was rebadged the 6582, even though the die on the chip is identical to a stock 8580 chip, including the '8580R5' mark. Creative Micro Designs used it in their SID Symphony expansion cartridge, and it was used in a few other places as well, including one PC sound-card.
Despite its documented shortcomings, many SID musicians prefer the flawed 6581 chip over the corrected 8580 chip. The main reason for this is that the filter produces strong distortion that is sometimes used to produce simulation of instruments such as a distorted electric guitar. Also, the highpass component of the filter was mixed in 3 dB attenuated compared to the other outputs, making the sound more bassy. In addition to nonlinearities in filter, the D/A circuitry used in the waveform generators produces yet more additional distortion that made its sound richer in character.

Revisions

No instances reading "6581 R1" ever reached the market. In fact, Yannes has stated that "[the] SID chip came out pretty well the first time, it made sound. Everything we needed for the show was working after the second pass." High-resolution photos of Charles Winterble's prototype C64 show the markings "MOS 6581 2082", the last number being a date code indicating that his prototype SID chip was produced during the 20th week of 1982, which would be within 6 days of May 14, 1982.
These are the known revisions of the various SID chips: (datecodes are in WWYY w=week y=year format)
  • 6581 R1 - Prototype, only appeared on the CES machines, has a datecode of 4981 to 0482 or so. Has the full 12 bit filter cutoff range. An unknown number were produced, probably between 50 and 100 chips. All are ceramic packages.
  • 6581 R2 - Will say "6581" only on the package. Filter cutoff range was reduced to 11 bits and the MSB bit disconnected/forced permanently on, but is still on the die. Made from 1182 until at least 5182. First 10 weeks or so of chips have ceramic packages (these usually appear on engineering prototypes but a few are on sold machines), the rest have plastic packages.
  • 6581 R3 - Will say "6581" only, "6581 R3" or "6581 CBM" on the package. Had a minor change to the protection/buffering of the input pins. Made from before 2083 until 0786 or so.
  • 6581 R4 - Will say "6581 R4" on the package. Silicon grade changed to HMOS-II "HC-30" grade, though the manufacturing process for the chip remained NMOS. Produced from 4985 until at least 3387.
  • 6581 R4 AR - Will say "6581 R4 AR" on the package. Minor adjustment to the silicon grade, no die change from R4. Produced from around 1986 (week 30) until at least the year 1990.
  • 6582 - Will say "6582" on the package. Typically produced around the years 1989 and 1990.
  • 6582 A - Will say "6582 A" on the package. Typically produced around the year 1992.
  • 8580 R5 - Will say "8580R5" on the package. Produced from the years 1986 to 1992.
Some of these chips are marked "CSG" ("Commodore Semiconductor Group") and the Commodore Logo, while others are marked with "MOS". This includes chips produced during the same week (and thus, receiving the same date code), indicating that at least two different factory lines were in operation during that week. The markings of chips varied by factory and even by line within a factory throughout most of the manufacturing run of the chip.

Game audio

The majority of games produced for the Commodore 64 made use of the SID chip, with sounds ranging from simply clicks and beeps to complex musical extravaganzas or even entire digital audio tracks.
Well known composers of game music for this chip are Martin Galway, known for many titles, including Wizball, and Rob Hubbard, known for titles such as ACE 2, Delta, International Karate, IK+, and Monty on the Run. Other noteworthies include Jeroen Tel (Cybernoid and Myth), David Dunn (Finders Keepers and Flight Path 737) and Chris Hülsbeck, whose composition career started with the SID but has spanned nearly every kind of computer music and other synthesizers since.

Emulation

The fact that many enthusiasts prefer the real chip sound over software emulators have led to several recording projects aiming to preserve the authentic sound of the SID chip for modern hardware. The sid.oth4 project has over 380 songs of high quality mp3 available recorded on hardsid hardware and the SOASC= project have the entire high voltage sid collection release 49 (over 35,000 songs) recorded in high quality mp3. Both projects emphasize the importance of preserving the authentic sound of the SID chip.

Software emulation

  • In 1989 on the Amiga computer, the demo "The 100 Most Remembered C64 Tunes" and later the PlaySID application was released, developed by Per Håkan Sundell and Ron Birk. This was one of the first attempts to emulate the SID in software only, and also introduced the file format for representing songs made on the C64 using the SID chip. This later spawned the creation of similar applications for other platforms as well as the creation of a community of people fascinated by SID music, resulting in The High Voltage SID Collection which contains over 30,000 SID tunes.
A SID file contains the 6510 program code and associated data needed to replay the music on the SID. The SID files have the MIME media type audio/prs.sid.
The actual file format of a SID file has had several versions. The older standard is PSID (current version V2 NG). The newer standard, RSID, is intended for music that requires a more complete emulation of the Commodore 64 hardware.
The SID file format is not a native format used on the Commodore 64 or 128, but a format specifically created for emulator-assisted music players such as PlaySID , Sidplay and JSidplay2. However, there are loaders like RealSIDPlay and converters such as PSID64 that make it possible to play a substantial portion of SID files on original Commodore computers.
  • In June 1998, a cycle-based SID emulator engine called reSID became available. The all-software emulator, available with C++ source code, is licensed under the GPL by the author, Dag Lem. In 2008, Antti Lankila significantly improved the filter and distortion simulation in reSID.[3] The improvements were included in VICE version 2.1 as well.
  • In 2007 the JSidplay2 project was released, a pure Java based SID player developed by Ken Händel.

Hardware reimplementations

  • In 2008 the HyperSID project is released. HyperSID is a VSTi which acts like a MIDI controller for HyperSID hardware unit (synthesizer based on SID chip) and developed by HyperSynth company.

Hardware Implementations using the SID chip

  • In 1997, an electronic musical instrument utilizing the SID chip as its synthesis engine was released. It is called the SidStation, built around the 6581 model SID chip (as opposed to the newer 8580),[2] and it's produced by Swedish company Elektron. As the SID chip had been discontinued for years, Elektron allegedly bought up almost all of the remaining stock. In 2004, Elektron released the Monomachine pattern-based sequencer with optional keyboard. The Monomachine contains several synthesis engines, including an emulated 6581 oscillator using a DSP.
  • In 1999, a sound card for IBM PC compatibles called HardSID was released. The card uses from one to four SID chips and allows a PC to utilize the sound capabilities of the chip directly, instead of by emulation via generic sound cards (e.g. SoundBlaster).
  • The MIDIbox SID is a MIDI-controlled synthesizer which can contain up to eight SID chips. It is a free open source project using a PIC microcontroller. Control of the synthesizer is realized with software or via a control panel with knobs, LEDs, LCD, etc., which may optionally be mounted on a keyboardless Commodore 64 body.
  • The Prophet64 is a cartridge for the Commodore 64. It features four separate music applications, mimicking everything from modern sequencers to the Roland 303/909 series. With an optional User Port peripheral, the Prophet64 may synchronized to other equipment using DIN Sync standard (SYNC 24). The website now states "Prophet64 has been replaced with the MSSIAH."
  • The MSSIAH is a cartridge for the Commodore 64 that replaces the Prophet64.
  • Artist/Hacker Paul Slocum developed the Cynthcart cartridge that enables you to turn your C64 into an analogue synthesizer. The Cynthcart is available through atariage.com.
  • In October 2009 thrashbarg's project interfaced an SID chip to an ATmega8 to play MIDI files on a MOS 6581 SID.
  • In March 2010 STG published the SIDBlaster/USB - an open source, open hardware implementation of the SID that connects to (and is powered by) a USB port, using an FTDI chip for the USB interface and a PIC to interface the SID.
  • In August 2010 SuperSoniqs published the Playsoniq, a cartridge for MSX computers, with (between other stuff) a real SID on it, ready to use on any MSX machine.

SID hardware clones

  • The SwinSID is hardware emulation of SID on the Atmel AVR processor and real SID player using Atmel AVR processor.
  • The V-SID 1.0 project (code name SID 6581D, 'D' for digital) from David Amoros was born in 2005. This project is a hardware emulation of the SID chip from the Bob Yannes's interview, datasheets. The V-SID 1.0 engine had been implemented in a FPGA EP1C12 Cyclone from ALTERA, on an ALTIUM development board, and emulates all the characteristics of the original SID, except the filter which is a digital version (IIR filter controlled by a CPU).
  • The PhoenixSID 65X81 project (2006) aimed to faithfully create the SID sound using modern hardware. The workings of a SID chip were recreated on an FPGA, based on interviews with the SID's creator, original datasheets, and comparisons with real SID chips. It was distinguished from similar attempts by its use of real analog circuitry instead of emulation for the legendary SID filter. However, the project was discontinued, because George Pantazopoulos, who was the head of this project, died on April 23, 2007, at the age of 29.
  • The C64 Direct-to-TV emulates large portions the SID hardware, minus certain features. It reduces the entire C64 to a small circuit that fits into a joystick.

tutorial 2

Photoshop Quick Tip: Tombol Efek Teks Light

Beberapa minggu yang lalu saya menulis tutorial menunjukkan cara membuat efek tombol bergaya metalik menggunakan Photoshop. Dalam tutorial ini saya diposting ke kesimpulan dan salah satunya memiliki efek cahaya dalam teks. Tutorial diterima baik dan banyak orang ingin tahu bagaimana cara membuat efek tersebut.

Jadi dalam hal ini tip tutorial atau cepat karena itu lebih tentang gaya lapisan dan kami akan menggunakan dasar dari tutorial sebelumnya, saya akan menunjukkan cara membuat efek cahaya super sederhana menggunakan lapisan gaya saja, paduan mode dan blur filter.

Langkah 1

Download PSD dari logam Stylish Button di Photoshop tutorial dan membukanya. Sembunyikan simbol di tengah tombol sehingga kita bisa menciptakan efek cahaya.
Photoshop Quick Tip: Tombol Efek Teks Light

Langkah 2

Dengan Horizontal Type Tool (T) tambahkan teks yang Anda inginkan, aku mengetik menggunakan Dampak START untuk tipografi. Warna tidak benar-benar penting karena kita akan menerapkan gaya beberapa lapisan untuk menciptakan efek.
Photoshop Quick Tip: Tombol Efek Teks Light

Langkah 3

Pergi ke Layer> Layer Styles> Color Overlay. Gunakan Blue # 5ba0c8 untuk warna.
Photoshop Quick Tip: Tombol Efek Teks Light

Langkah 4

Pilih Inner Glow, untuk penggunaan Blend Mode Color Dodge Opacity dengan 65%, warna putih, Pusat Sumber, 4% untuk Choke dan 10 piksel untuk Ukuran. Juga mengubah Rentang untuk 52%.

tutorial

Artistik Percetakan Inspirasi di Illustrator dan Photoshop


Pagi ini aku merapikan apartemen saya maka saya memutuskan untuk mengatur buku-buku saya, saya tidak membawa banyak buku ke San Fransisco, hanya yang saya sangat suka, dan di antara mereka ada Kitab Handy dari Artistik Percetakan: Koleksi letterpress Contoh dengan Spesimen Jenis, Ornament, Corner Fills, Borders, twister, Wrinklers, dan Freaks lainnya Fancy . Saya suka buku ini karena ini penuh dengan contoh letterpress, seperti jenis, ornamen, mengisi sudut perbatasan dan banyak lagi. Jadi setelah beberapa menit memeriksa buku keluar saya memutuskan untuk merancang sesuatu menggunakan Illustrator dan Photoshop terinspirasi oleh beberapa karya seni yang saya lihat.

Jumat, 01 April 2011

Superman Is Dead

Superman Is Dead yang biasanya dipanggil SID terbentuk pada tahun 1995. Awal mula terbentuknya SID (Superman Is Dead) dimotori oleh anggota band heavy metal thunder bernama Ari Astina sering dipanggil Jerinx yang ingin membentuk band baru. Dan drummer band new wave punk diamond clash Budi Sartika yg biasa dipanggil Bobby Kool yang ingin menjadi gitaris dan vokalis.
Jerinx dan Bobby bertemu di Kuta Bali. Kedua orang itu kemudian sepakat untuk membentuk sebuah band. Pada saat itu bass masih diisi oleh additional bassist bernama Ajuzt. Band mereka pada awalnya membawakan lagu-lagu dari Green Day.
Hari berganti hari datanglah personil baru yang bernama Eka Arsana panggilannya Eka Rock. Eka menjadi resmi sebagai personil SID. Dulu nama bandnya bukan Superman Is Dead tetapi Superman Is Silver Gun. Kemudian karena nama Superman Is Silver Gun kurang cocok bergantilah menjadi Superman Is Dead atau SID. Superman Is Dead mempunyai arti yaitu bahwa manusia yang sempurna hanyalah illusi belaka dan imajinasi manusia yang tidak akan pernah ada.Nama : Eka Rock Tempat/tgl lahir : Negara, 8 Februari 1975 Pendidikan : Sastra Inggris, Faksas Unud
Nama : Bobby Kool Tempat/tgl lahir : Denpasar, 8 September 1977 Pendidikan : Sastra Inggris, Faksas Univ. Warmadewa Denpasar
Nama : Jerinx Tempat/tgl lahir : Kuta, 10 Februari 1977 Pendidikan : Fakultas Ekonomi, Undiknas Denpasar

Album

Kuta Rock City

Kuta Rock City dirilis secara resmi pada Maret 2003 dibawah label Sony Music Indonesia. Dengan single-single andalannya yaitu Punk Hari Ini dan Kuta Rock City yang kental dengan pengaruh Green Day dan NOFX langsung membuat nama SID disejajarkan dengan band-band rock.Selain beberapa lagu baru, SID juga menambahkan beberapa lagu lama dari album indie mereka tetapi dengan aransemen yang lebih baik dan baru. Album perdana SID ini langsung melambungkan nama SID sebagai band pendatang baru terbaik. Selain itu pula, ini merupakan langkah pertama SID di mayor label yang menimbulkan beberapa kontroversi di kalangan punk.

The Hangover Decade

Album yang dirilis tahun 2005 ini merupakan penanda 10 tahun SID berdiri. Di album keduanya SID masih mengambil jalur Punk seperti pada album Kuta Rock City, Di Album ini SID kembali memasukkan beberapa lagu lamanya seperti Long Way to The Bar, TV Brain, dan Bad bad bad.

Black Market Love

Album ketiga ini terkesan lebih dewasa[rujukan?], dengan lirik yang bercerita tentang kemarahan alam, keserakahan manusia, keadaan sosial dan politik. Dengan memasukkan unsur-unsur alat musik seperti akordion, trompet dan keyboards, seperti pada lagu Bukan Pahlawan dan Menginjak Neraka. Album ini dirilis tahun 2006.

Angels & the Outsiders

Album keempat yang dirilis tahun 2009 pada mayor label ini mengesankan bahwa semakin dewasanya SID. Masih seperti album sebelumnya, SID tetap mengandalkan lirik sosial dan perlawanan terhadap penindasaan. Album kali ini SID masih memainkan musik punkrock dengan sentuhan rock n' roll. Album SID ini menuai keberhasilan. Salah satunya adalah SID berhasil diundang ke Warped Tour Festival di Amerika Serikat dan melaksanakan tour di beberapa kota di USA. Ini merupakan keberhasilan SID karena merupakan satu-satunya band Indonesia dan band kedua di Asia yang dipanggil ke Warped Tour walaupun album mereka tidak dirilis di USA.

Diskografi

Rilisan Sendiri

Kompilasi

Video Klip

  • 2002 "White Town” Album “Bad Bad Bad” Director by Outsider Film
  • 2003 "Kuta Rock City” Album ”Kuta Rock City” Director by Rizal Mantovani
  • 2003 "Punk Hari Ini” Album “Kuta Rock City” Director by Ridwan
  • 2004 "Muka Tebal” Album ”The Hangover Decade” Director by Outsider Film
  • 2004 "Rock ‘N Roll Band” Album “The Hangover Decade” Director by Outsider Film
  • 2004 "Disposable Lies” Album “The Hangover Decade” Director by Umum Production
  • 2006 "Bukan Pahlawan” Album “Black Market Love ”Director by Eric Est Movie
  • 2006 "Black Market Love” Album “Black Market Love” Director by Bob Calabrito
  • 2007 "Menginjak Neraka” Album “Black Market Love” Director by Eric Est. Movie
  • 2007 "Lady Rose” Album “Black Market Love ”Director by Eric Est. Movie
  • 2007 "Goodbye Whiskey” Album “Black Market Love” Director by Outsider Film
  • 2008, Superman Is Dead Rock-A-Bali Australian Tour 2007, Produksi outSIDer Inc, Format DVD, For Promotional Stuff Not for Sale
  • 2009, "Kuat Kita Bersinar " Album " Angels and The Outsiders" Director by Patrick Effendy
  • 2009, "Jika Kami Bersama- Featuring Shaggy Dog " Album " Angels and The Outsiders" Director by Patrick Effendy
  • 2009," Saint Of My Life" Album " Angels and The Outsiders" ,A footage music video from SID American Tour 2009

Award

  • Superman Is Dead "Hot & Freaky People 2003” MTV Trax Magazine January 2003
  • June 2003 Superman Is Dead “MTV Exclusive Artist of the Month”
  • Double Platinum Sony Music for Kuta Rock City Album
  • 2003, MTV Award “Most Favorite New Artist”
  • 2003, AMI Award “The Best New Artist”
  • 2004, SCTV Music Awards “The Most Famous Album Nominee, Pop Rock Category” for Kuta Rock City Album
  • 2006, AMI Awards “The Best Rock Album Nominee” for Black Market Love Album
  • 2006, “Superman Is Dead The Best Local Band” The Beat Awards.
  • 20 the best Indonesian Album 2006 for The Black Market Love Album. Rolling Stones Magazine Januari 2007
  • 150 the Best Indonesian Album for Kuta Rock City Album. Rolling Stones Magazine, Special Collectors’ Edition Desember 2007.
  • 50 Hype Things in Indonesian Music Industrial 2008 for Superman Is Dead.
  • Trax Music & Attitude Magazine Edition Januari 2008.