List of Top 10 Best Teenage Engineering
- CREATING MUSIC FOR 10 YEARS AND BEYOND - teenage engineering first unveiled OP-1 in 2010. Since day one, it has been the favorite portable synthesizer by artists around the globe. It features multiple unique synth engines, high-quality stereo effects, and exchangeable LFOs. You also get physically modeled string synthesis and frequency modulation.
- OFFERS MULTIPLE BUILT-IN SEQUENCERS - OP-1 features an onboard tombola sequencer for random trig and a sketch sequencer, which allows you to "draw" notes freely with the knobs. You get 6 unique sequencers doing one task each instead of just having a single sequencer handling everything.
- SAMPLES SOUNDS FROM DIFFERENT SOURCES - You can sample a sound using the onboard microphone. The built-in FM radio allows you to sample local radio stations or music. You can also feed tracks plugged from a recorder in the 3.5mm line input.
- OFFERS "TAPE RECORDING" - The 4-track tape feature lets you record any beats you create, play, sequence, or tweak. You can overdub with pitch change by matching the tape speed with the sequencer clock.
- LASTS LONGER THAN OTHER DEVICES - The tiny OP-1 packs 16 hours of battery life. You can travel and play the synthesizer without worrying about running out of power. OP-1 can even last for 2 years on standby mode.
- WORKS WITH OP-Z - The foldable teenage engineering M-1 Headphones features a built-in microphone and detachable boom mic. You can use the headset for sampling with the OP-Z Synthesizer.
- MONITOR YOUR BEATS - The headset also works as a personal monitoring headphone, providing a wide 20Hz-20kHz frequency response.
- DELIVERS POWERFUL BASS - The 30 mm dynamic headphones reproduce realistic bass response without requiring excessive power.
- EASY TO DRIVE HEADPHONES - M-1 features a 32-Ohm impedance, which makes it compatible with mobile phones. You can use the on-ear headset to answer phone calls too!
- OFFERS DAISY CHAIN FUNCTION - Share your listening experience by daisy-chaining multiple M-1. All daisy-chained headphones can hear the activated mic when you connect it to an OP-Z.
- SMALL BUT LOADED WITH FEATURES - The PO-14 Sub Bass boasts multiple real synthesizer engines including wavetable, FM, subtractive synthesis, and physically modeled strings.
- ENHANCES YOUR BASS SOUNDS - This pocket-sized synthesizer offers 16 punch-in effects including bit crusher, delay, and vibrato.
- OFFERS 2 TWEAKABLE PARAMETER LOCKS - PO-14 sub's parameters can be locked while an auto compressor and hardware limiter guarantee that there are no clips with the signal generation.
- PROVIDES HIGH AUDIO OUTPUT - teenage engineering utilizes a clever Silicon Labs EFM 32 Gecko MCU, Cirrus Logic DAC, and Knowles Speaker to produce excellent sound output.
- JAM ON THE GO! - PO-14 Sub Bass has a jam-sync function, which lets you connect the unit with other Pocket Operators. You can also integrate PO-14 with 3rd-party gears thanks to its integrated audio-pulse-based sync.
- DELIVERS UNLIMITED SONIC POSSIBILITIES - The teenage engineering OP-Z offers 16 sample packs (24 samples each). You got bass, effects, drum machine, and many more in one compact unit. The built-in microphone allows you to sample sounds directly.
- PROVIDES EXCELLENT AUDIO RESOLUTION - The 16-track synthesizer is equipped with Analog Devices Blackfin 70X DSP and Cirrus Logic audio co-processor, offering up to 48kHz/24bit DAC resolution and 115dB dynamic range.
- OFFERS UPGRADEABLE EFFECTS & VISUAL CONTROL - It has upgradeable modular effects including built-in delay, reverb, bit crush, and distortion. You can also control the DMX light and 3D graphics sequencing with OP-Z and an external interface.
- CONTROL 3D ANIMATION IN REAL-TIME - OP-Z offers Videolab and full Unity 3D integration (available on github). Export a videopak and drop it in the OP-Z app to create unique visuals. teenage engineering now offers Mega Man or Street Fighter videopaks.
- PERFORM VIRTUALLY ANYWHERE - Download the complementary OP-Z app to add another dimension to your interaction with OP-Z. The app is compatible with iPhones, iPads, Mac, and Android. Export sounds straight to your phone!
- PROVIDES MULTIPLE LEAD SYNTH TONES - The teenage engineering PO-16 Factory provides 15 assorted synths ranging from FM, wavetable, subtractive synthesis, to physical modeled string.
- OFFERS A MICRO DRUM MACHINE SAMPLE - Aside from lead and chord synth tones, PO-16 also has a cool micro-drum machine in the manufacturer sound preset list.
- LETS YOU EASILY PROGRAM CHORDS - The 16 punch-in play styles enable you to programs chords, transpositions, and arpeggios.
- WORKS AS STANDALONE - You can use the PO-16 Factory alone with the use of the onboard Knowles speaker. No need for external gears.
- SYNCS WITH MULTIPLE UNITS - You can connect PO-16 Factory with 2 other Pocket Operators using standard stereo audio cables. You can also sync PO-16 with external devices like a PC.
- PRODUCES 8-BIT MEGA MAN SYNTH SOUNDS - The PO-128 Mega Man offers the nostalgic 8-bit sound tracks based on the original Mega Man video game series. Use this Pocket Operator for making live and sequenced melodies and bass lines.
- OFFERS A CUSTOM LCD SCREEN - Watch your favorite Mega Man game characters move in tune to your beat with PO-128's animated LCD.
- CREATE NEW BEATS WITH PO-128 - You get 15 uniquely cool sounds plus a micro drum kit in the PO-128 Mega Man. Enhance your beats by adding a distorted filter or glitch effects.
- MAKE MUSIC ON THE GO - Conveniently plug a 3.5mm headphone in the audio jack and listen to your jam while traveling.
- SYNCS WITH MULTIPLE UNITS - You can connect PO-128 Mega Man with 2 other Pocket Operators using standard stereo audio cables. The PO-128 can be synced with external devices like computers, volca, or SyncKontrol.
- BUILD YOUR OWN MODULAR PC CASE - The teenage engineering Computer-1 features a DIY flat design that requires you to assemble the case. The kit includes every part* you need — from the aluminum sheets to an illustrated build guide.
- PROVIDES A SMALL DESK FOOTPRINT - The case's exterior has a compact 7.48" x 6.69" x 12.68" overall dimensions (with handles). If you're a musician or sound engineer with lots of music gear placed on the work table, Computer-1 fits right in.
- OFFERS ENOUGH SPACE FOR THE ESSENTIAL COMPONENTS - The small Mini-ITX form factor features a 7.44" x 6.46" x 10.85" interior with 5.79" width from the motherboard to case. Computer-1 has up to a 7" GPU dual slot and is compatible with the SFX power supply format.
- BE THE COOL KID - The case's CPU cooler has a height limit of 4.72" from the motherboard surface.
- BE BOLD - Computer-1 comes in an eye-catching orange RAL 2004 powder-coated finish. The aluminum case includes robust chrome metal handles that can hold the weight of the entire tower.
- PROVIDES 40 SECONDS OF SAMPLING - The Teenage Engineering PO-133 is a micro sampler equipped with 40-second sample memory. Create all-new music using the StreetFighter game-based samples or with the powerful, built-in recording microphone.
- OFFERS A CUSTOM LCD SCREEN - Watch your favorite StreetFighter game characters move in tune to your beat with PO-133's animated LCD.
- CREATE NEW BEATS WITH PO-133 - You get 8 melodic sample slots, 8 drum slots, and 15 punch-in effects in the PO-133 StreetFighter. Enhance your beats by adding a stutter effect or short loop on top of your sampled recording!
- BACKUP YOUR DATA - Connect a 3.5mm stereo cable from the PO-133's line output towards an audio interface or USB recorder to export the sound and pattern data to your computer.
- MAKE MUSIC ON THE GO - Conveniently plug a 3.5mm headphone in the audio jack and listen to your jam while traveling on the bus or plane. You can also sync other Pocket Operators or other external devices (e.g., computer, volca, synckontrol) with the PO-133.
- KEEPS YOUR POCKET OPERATOR SAFE - The teenage engineering CA-X is a tailor-made silicone case that protects the fragile Pocket Operator module from accidental bumps or scratches.
- PREVENTS THE MODULE FROM SLIPPING OR SLIDING - The anti-slip feet helps in keeping your Pocket Operator in place on top of the table.
- OFFERS BATTERY-PROTECTION - The CA-X Pro-Case keeps everything in your Pocket Operator in place, even the batteries, especially when you're out for live gigs.
- DOESN'T OBSCURE INTERNAL MIC AND SPEAKER - The CA-X Pro-Case has specific cutouts so you can still hear the beats loud and clear. Plus, it doesn't completely hide the LEDs.
- PROVIDES A UNIVERSAL FIT FOR ALL POCKET OPERATORS - Instead of specific symbols, the CA-X features numbers so that you can use it with any Pocket Operator. It is compatible with PO-12 Rhythm, PO-14 Sub, PO-16 Factory, PO-20 Arcade, PO-24 Office, PO-28 Robot, PO-32 Tonic, PO-33 K.O!, and PO-35 Speak.
- PROVIDES 40 SECONDS OF SAMPLING MEMORY - The teenage engineering PO-33 has a built-in microphone for you to record 40-seconds of samples directly.
- PLAYS YOUR SAMPLES CHROMATICALLY OR AS ONE-SHOTS - The 8 melodic slots let you play your own samples chromatically while the 8 drum banks play your sample as a one-shot.
- ADDS PERCUSSION TO YOUR PERFORMANCE - The PO-33 is a 4-voice sampler. Its built-in micro drum machine allows you to layer more drum sounds over the sample recording.
- ENHANCES YOUR SOUNDS - You can add a loop or stutter FX from the 16 onboard effects to create knockout samples.
- INCLUDES - teenage engineering PO-33 Pocket Operator KO Sampler / Sequencer. 3-Pack of Blucoil 7-Inch Audio Aux Cables. 4-Pack of Blucoil 1.5V AAA Alkaline Batteries.
How to choose the best teenage engineering
An engineer pocket is a small compartment inside a shirt or jacket where you can store important documents cash keys etc. In addition to being useful these pockets are fashionable too! There are many different types of engineer pockets available today. Some are designed specifically for men while others are meant for women. Regardless of which type you choose there are several benefits to using an engineer pocket.
It makes carrying around your wallet easier.
It protects your valuables.
It looks good.
It‚Äôs easy to access.
How To Choose The Right Engineer Pocket For You
There are two main factors to consider when choosing an engineer pocket. First you must decide whether you want a traditional pocket or a zipper-style pocket. Traditional pockets are typically found on shirts and jackets. Zipper style pockets are usually found on blazers and coats. Second you must determine whether you want a pocket that fits into the front or back of your garment. Front pockets are generally smaller and easier to carry around. Back pockets are usually larger and provide more room for storing items. Once you’ve decided which kind of engineer pocket you’d like you can shop online for the best price. Many companies sell engineer pockets directly to consumers via their websites. However you can also find high quality engineer pockets at department stores and specialty retailers.
Benefits Of Using An Engineer Pocket
The most obvious benefit of using an engineer pocket is convenience. With an engineer pocket you no longer have to worry about losing your wallet or purse. Instead you can leave your money credit cards ID and other valuable possessions safely tucked away in your pocket. Another advantage of using an engineer pocket is security. Since your belongings are hidden within the pocket itself thieves cannot steal your valuables. Finally an engineer pocket gives you the option of accessing your belongings quickly and discreetly.
The Importance of Purchasing a Quality Teen Engineering
In today‚Äôs society there is no shortage of technology available to us. From our cell phones to tablets computers and laptops we are constantly surrounded by devices that allow us to communicate learn play games shop online watch movies etc. However while these technological advancements provide many benefits they also pose several dangers. For example teenagers who own smartphones are prone to texting accidents because they are distracted by their phone screens. In addition teens who play video games are more likely to become addicted to gaming and neglect schoolwork. As a result parents must be vigilant in ensuring that their children are using technology safely. One way to ensure safety is to teach your child proper etiquette regarding technology usage.
Teach Them Proper Etiquette Regarding Technology Usage
First teach your kids to treat their electronic gadgets respectfully. Teach them to turn off their electronics when they leave the room. Also remind them to put away their devices when they finish playing games or watching videos. Finally encourage them to only use their devices during designated times. For instance you could set aside specific hours each day where your child can use his/her smartphone tablet or laptop. Make sure to establish rules about which activities are allowed during those times. For example you could say that your child cannot text friends during dinner time.
Set Clear Boundaries About Their Tech Use
Next set boundaries around your child‚Äôs technology use. Tell him/her exactly what he/she can and cannot do with his/her devices. For example you could tell your child that she cannot go outside alone unless her cellphone is turned off. Likewise you could limit the amount of time your child spends on social media sites. Lastly you could require your child to take breaks throughout the day to avoid becoming too engrossed in his/her devices.
Educate Yourself About Technology Safety Issues
Finally educate yourself about the latest technology trends. Read articles about cyberbullying sextortion and identity theft. Learn about the risks associated with certain apps and websites.
Features To Look For When Buying A Teenager‚Äôs Engineering
The engineering industry has been growing rapidly since its inception. The demand for engineers continues to rise due to the increasing number of industries which require skilled professionals. As a result there is a high demand for qualified engineers who possess the right skillset and knowledge to meet the needs of these industries. In order to be successful in the field of engineering students must acquire the necessary skills and knowledge required to perform their jobs effectively. However many teenagers lack the proper training and education needed to become professional engineers. Therefore parents and educators alike must ensure that children receive the best possible education in order to prepare them for future careers in the engineering sector.
In most cases students seeking admission into undergraduate programs in engineering must complete secondary school (high school) and obtain a minimum grade point average of Students pursuing postgraduate degrees in engineering must typically hold a bachelor degree in science or mathematics along with a master degree in engineering. Some universities may also accept applicants with a bachelor degree in another subject and a master degree in engineering. Regardless of whether the student holds a bachelor degree or a master degree he or she must pass the relevant examinations set by each university. Once admitted into the program students must successfully complete the coursework requirements within the specified period of time. Failure to do so could lead to expulsion from the program.
Students entering the engineering profession must possess certain skillsets including problem solving critical thinking communication teamwork creativity leadership and self-motivation. All of these skills are essential to being able to solve complex problems and develop innovative solutions. Furthermore students must be proficient in using modern technology tools such as computers smartphones tablets etc. to create designs and prototypes. Finally students must be adept at communicating their findings to others via written reports presentations and oral communications. Without these skills students cannot hope to achieve success in the engineering profession.
As mentioned earlier the demand for engineers continues to grow. According to the Bureau of Labor Statistics employment opportunities for engineers are expected to increase by 17% between 2014 and 2024.
Different Types of Engineering
There are many different kinds of engineering. Some engineers specialize in mechanical engineering while others specialize in electrical engineering. There are also civil engineers who design roads and bridges. Engineers are responsible for designing buildings bridges dams tunnels skyscrapers and highways. In addition there are chemical engineers who create chemicals and pharmaceutical products. Finally there are environmental engineers who study the effects of pollution on our planet. All these fields require specialized training and education.
The most common type of engineer is the mechanical engineer. Mechanical engineers design machines and equipment. For example they design cars trucks trains planes boats and machinery. They also build factories and power plants. The main goal of a mechanical engineer is to improve efficiency and reduce costs. Their jobs include developing new materials improving existing ones and creating new designs.
An electrical engineer specializes in electricity and electronics. Electrical engineers develop computers televisions radios cell phones and appliances. They also design circuits and wiring systems. An electrical engineer must be able to understand both theory and practice. He/she needs to be familiar with mathematics physics chemistry biology and psychology. To become an electrical engineer students must complete four years of college followed by two years of graduate school. After graduation they must pass licensing exams to obtain a license to practice.
Civil engineers design structures such as houses schools hospitals and airports. Civil engineers are responsible for building roads bridges dams tunnels skyscrapers and highways. They also plan cities and towns. Civil engineers must be good problem solvers because they must think creatively and logically. They must be able to read blueprints draw plans calculate angles measure distances and solve complex problems. Students interested in becoming civil engineers must earn a bachelor‚Äôs degree in architecture construction management civil engineering landscape architecture urban planning or surveying. Then they must take additional courses in math science and English. After completing their studies they must pass licensing tests to get licensed.