Today we are talking about one of the most popular games. More precisely, about one of its most popular versions. The full edition of Geometry Dash 2.2 Update Sneak Peek can be downloaded via a direct link for your computer and Android smartphone. We will also describe the installation process. However, first things first...
Game description
The essence of this game is to jump over obstacles. And not just jumping over - everything happens at very high speed. Even at the initial levels it feels good. The main character is an ordinary cube. But it can be customized by installing skins. However, in this game almost everything is customizable to the needs of a particular user. For example, you can change the music or appearance of different cards.
An interesting feature of Geometry Dash is the ability to install one of a huge number of levels. Here everyone can create their own map and make it publicly available.
Features of Geometry Dash 2.2
One of the main features of Geometry Dash free downloadable PC game is that it has 18 levels to complete and each level can be accessed and progressed only after completing the previous levels. Each of the game's 18 levels has a different difficulty level, which increases as the levels increase. Features of GD 2.2 on PC:
- Levels are created by users;
- The Level Builder helps you build a level;
- Secret coins available;
- Card packages are provided to the user.
The computer game Geometry Dash can be played using a moving icon, which is controlled by a very convenient touch-mouse system.
Playing the game is very simple as the player just needs to press on the touch screen and the icon will start jumping. It is difficult for players to control the speed of the icon as it moves very quickly. What makes this game so exciting is that they included different genres of music in each game, making each free geometry PC game as unique as possible. The speed and rhythm fascinate the player and make the game truly enjoyable.
After downloading Geometry Dash on your PC or Android phone, you can play without any problems.
One of the reasons for its popularity and why it is at the top of everyone's favorite is that it is filled with fun and excitement, besides making the player more active. Moreover, the simple style of play and the lack of unnecessary analysis or thinking involved in the game makes Geometry Dash a very interesting game, especially for young people who find it quite addictive.
What's new
Now let's talk about the innovations of Geometry Dash in update 2.2. After all, this is the version of the game that you came here for.
- A new level "Electroman Adventures" has been added.
- Fixing major bugs and problems.
- Added a new game mode.
- Fixed an issue with Newgrounds songs.
- It was this version that added the hacked APK files of Geometry Dash World, Geometry Dash SubZero, Geometry Dash Meltdown and Geometry Dash Lite to the phone.
- Added several Easter eggs.
exUSSR high-frequency dynamic driversThe total number of new functions has reached 65.
0.5GD-36
Purpose - use in acoustic systems of household radio equipment as a high-frequency link when working indoors.
The loudspeaker head is electrodynamic type, high-frequency, round. The diffuser holder is made of stamped steel. The diffuser is made of impregnated paper pulp. The centering washer is made of impregnated fabric. Effective operating frequency range
| Hz | 1000 — 16000 | |
| Frequency response unevenness | db | 16 |
| Average standard sound pressure | Pa | 0,15 |
| Nominal electrical resistance | Ohm | 10 |
| Maximum noise (nameplate) power | W | 0,75 |
| dimensions | mm | d80x34.5 |
| Weight | G | 100 |
1GDV-1-8 (1GD-56)
Purpose - use in closed remote acoustic systems of household radio equipment of the 1st and 2nd complexity groups as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with a shielded magnetic circuit. The mounting flange is made of aluminum alloy. The diaphragm is protected by a metal mesh .
| Effective operating frequency range | Hz | 6300 — 16000 |
| Characteristic sensitivity level | dB/W*m | 88 |
| Frequency response unevenness | db | 14 |
| Average standard sound pressure | Pa | 0,15 |
| Nominal average sound pressure | Pa | 0,5 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 1 |
| Limiting long-term power | W | 1,5 |
| Maximum short-term power | W | 3 |
| Fundamental Resonance Frequency | Hz | 2500+-500 |
| Electrical quality factor, Qes | 0,1 | |
| dimensions | mm | 40x40x29 |
| Weight | G | 100 |
Voice coil design
| Wire brand | PEL | |
| Wire diameter | mm | 0,05 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 7 | |
| Number of turns in the 2nd layer | 7 | |
| Coil ohmic resistance | Ohm | 7,8 +-1 |
| Voice coil height | mm | 4 |
| Inner diameter | mm | 20,3 |
| Outer diameter, including winding | mm | 20,8 |
1GD-2 VEF
Purpose - use in acoustic systems of household radio equipment as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with a core magnet in the magnetic circuit. The diffuser holder is made of stamped steel. The round diffuser is made of impregnated paper pulp. The centering washer is made of impregnated fabric.
| Effective operating frequency range | Hz | 2000 — 15000 |
| Frequency response unevenness | db | 15 |
| Average standard sound pressure | Pa | 0,2 |
| Nominal electrical resistance | Ohm | 8 |
| Fundamental Resonance Frequency | Hz | 1900+-300 |
| dimensions | mm | d90x57 |
| Weight | G | 250 |
1GD-3, 1GD-3 RRZ
Purpose - use in acoustic systems of household radio equipment as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with a core magnet in the magnetic circuit. The diffuser holder is made of stamped steel. The round diffuser is made of impregnated paper pulp. The centering washer is made of impregnated fabric.
| Effective operating frequency range | Hz | 5000 — 16000 |
| Frequency response unevenness | db | 10 |
| Average standard sound pressure | Pa | 0.3 |
| Nominal electrical resistance | Ohm | 12 |
| Maximum noise (nameplate) power | W | 1,5 |
| Fundamental Resonance Frequency | Hz | 4500+-1000 |
| dimensions | mm | d70x27 |
| Weight | G | 182 |
3 GD-15 (M)
| Effective operating frequency range | Hz | 1000 — 18000 |
| Characteristic sensitivity level | dB/W*m | 92 |
| Frequency response unevenness | db | 15 |
| Nominal electrical resistance | Ohm | 6,5 |
| dimensions | mm | d 105x64 |
| Weight | G | 230 |
3 GDV-1-8 (2 GD-36)
| Effective operating frequency range | Hz | 3150 — 20000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Frequency response unevenness | db | 12 |
| Nominal electrical resistance | Ohm | 8 |
| Fundamental Resonance Frequency | Hz | 2900+-100 |
| Electrical quality factor, Qes | 0,16 | |
| dimensions | mm | 80x50x29 |
4GDV-1-8 (3GD-47)
Purpose - use in closed and phase-inverted acoustic systems of household radio equipment of the 1st and 2nd complexity groups as a high-frequency link when working indoors. The loudspeaker head is electrodynamic type, high-frequency, round.
| Effective operating frequency range | Hz | 2000 — 20000 |
| Characteristic sensitivity level | dB/W*m | 91 |
| Frequency response unevenness | db | 14 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 4 |
| Limiting long-term power | W | 6 |
| Maximum short-term power | W | 8 |
| Fundamental Resonance Frequency | Hz | 1500+-500 |
| Electrical quality factor, Qes | 0,35 | |
| dimensions | mm | 65x65x44 |
| Weight | G | 350 |
5GDV-1-8 (3GD-31)
Purpose - use in closed remote acoustic systems of household radio equipment of the 1st and 2nd complexity groups as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with a shielded magnetic circuit. The mounting flange is made of aluminum alloy. The diaphragm is protected by a metal mesh.
| Effective operating frequency range | Hz | 6300 — 16000 |
| Characteristic sensitivity level | dB/W*m | 88 |
| Frequency response unevenness | db | 14 |
| Average standard sound pressure | Pa | 0,15 |
| Nominal average sound pressure | Pa | 0,5 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 1 |
| Limiting long-term power | W | 1,5 |
| Maximum short-term power | W | 3 |
| Fundamental Resonance Frequency | Hz | 2500+-500 |
| dimensions | mm | 40x40x29 |
| Weight | G | 100 |
Voice coil design
| Wire brand | PEL | |
| Wire diameter | mm | 0,05 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 7 | |
| Number of turns in the 2nd layer | 7 | |
| Coil ohmic resistance | Ohm | 7,8 +-1 |
| Voice coil height | mm | 4 |
| Inner diameter | mm | 20,3 |
| Outer diameter, including winding | mm | 20,8 |
5GDV-1-8 A
| Effective operating frequency range | Hz | 2800 — 20000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Frequency response unevenness | db | 16 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 5 |
| Fundamental Resonance Frequency | Hz | 2500+-500 |
| Equivalent volume, Vas | Liter | |
| Electrical quality factor, Qes | 0,4 | |
| dimensions | mm | 100x100x48.3 |
6GDV-1-16 (3GD-2)
Purpose - use in closed and phase-inverted acoustic systems of household radio equipment of the 2nd complexity group as a high-frequency link when working indoors. The loudspeaker head is electrodynamic type, high-frequency, round, with a shielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made of impregnated fabric.
| Effective operating frequency range | Hz | 5000 — 18000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Frequency response unevenness | db | 14 |
| Average standard sound pressure | Pa | 0,25 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 16 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 10 |
| Fundamental Resonance Frequency | Hz | 4500+-500 |
| Electrical quality factor, Qes | 0,2 | |
| dimensions | mm | 63x63x31 |
| Weight | G | 200 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,07 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 21 | |
| Number of turns in the 2nd layer | 20 | |
| Coil ohmic resistance | Ohm | 12 +-1 |
| Voice coil height | mm | 8 |
| Inner diameter | mm | 20,3 |
| Outer diameter, including winding | mm | 20,9 |
6GDV-1-25 (3GD-2)
Purpose - use in closed and phase-inverted acoustic systems of household radio equipment of the 2nd complexity group as a high-frequency link when working indoors. The loudspeaker head is electrodynamic type, high-frequency, round, with a shielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made of impregnated fabric.
| Effective operating frequency range | Hz | 5000 — 18000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Frequency response unevenness | db | 8 |
| Average standard sound pressure | Pa | 0,25 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 25 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 10 |
| Fundamental Resonance Frequency | Hz | 4500+-500 |
| dimensions | mm | 63x63x31 |
| Weight | G | 200 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,07 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 31 | |
| Number of turns in the 2nd layer | 30 | |
| Coil ohmic resistance | Ohm | 20+-1 |
| Voice coil height | mm | 8 |
| Inner diameter | mm | 20,3 |
| Outer diameter, including winding | mm | 20,9 |
6GDV-2-8(4GD-56)
Purpose - use in remote acoustic systems of household radio equipment of the 1st and 2nd complexity groups as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The diffuser holder is made of stamped steel. The cone diffuser with suspension is cast from impregnated paper pulp. The centering washer is made of impregnated fabric.
| Effective operating frequency range | Hz | 3150 — 20000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Frequency response unevenness | db | 14 |
| Average standard sound pressure | Pa | 0,2 |
| Nominal average sound pressure | Pa | |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 12 |
| Fundamental Resonance Frequency | Hz | 1600+400-630 |
| Electrical quality factor, Qes | 0,16 | |
| dimensions | mm | 80x50x35 |
| Weight | G | 160 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,08 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 21 | |
| Number of turns in the 2nd layer | 22 | |
| Coil ohmic resistance | Ohm | 7+-1,05 |
| Voice coil height | mm | 8,5 |
| Inner diameter | mm | 15,4 |
| Outer diameter, including winding | mm | 15,9 |
6GDV-4-8(6GD-13)
Purpose - use in remote acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made on the basis of polyethylene terephtholate.
| Effective operating frequency range | Hz | 3150 — 25000 |
| Characteristic sensitivity level | dB/W*m | 93 |
| Frequency response unevenness | db | 8 |
| Average standard sound pressure | Pa | 0,3 |
| Nominal average sound pressure | Pa | 1,26 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 10 |
| Fundamental Resonance Frequency | Hz | 3000+-500 |
| Electrical quality factor, Qes | 0,9 | |
| dimensions | mm | 100x100x44.5 |
| Weight | G | 900 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,1 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 26 | |
| Number of turns in the 2nd layer | 25 | |
| Coil ohmic resistance | Ohm | 7+-1 |
| Voice coil height | mm | 4,5 |
| Inner diameter | mm | 25,4 |
| Outer diameter, including winding | mm | 26,05 |
6GDV-6-16(10GD-35)
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made on the basis of polyethylene terephtholate.
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 91 |
| Frequency response unevenness | db | 12 |
| Average standard sound pressure | Pa | 0,3 |
| Nominal average sound pressure | Pa | 1,26 |
| Total Harmonic Distortion | % | 2 |
| Nominal electrical resistance | Ohm | 16 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 10 |
| Fundamental Resonance Frequency | Hz | 3000+600-1300 |
| dimensions | mm | 100x100x44.5 |
| Weight | G | 900 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,1 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 26 | |
| Number of turns in the 2nd layer | 25 | |
| Coil ohmic resistance | Ohm | 7+-1 |
| Voice coil height | mm | 4,5 |
| Inner diameter | mm | 25,4 |
| Outer diameter, including winding | mm | 26,05 |
6GDV-6-25
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made on the basis of polyethylene terephtholate.
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 91 |
| Frequency response unevenness | db | 12 |
| Total Harmonic Distortion | % | 2 |
| Nominal electrical resistance | Ohm | 25 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 8 |
| Maximum short-term power | W | 10 |
| Fundamental Resonance Frequency | Hz | 3000+600-1300 |
| dimensions | mm | 100x100x35 |
| Weight | G | 1000 |
Voice coil design
| Wire brand | PEVL | |
| Wire diameter | mm | 0,08 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 34 | |
| Number of turns in the 2nd layer | 33 | |
| Coil ohmic resistance | Ohm | 21,7+-1,5 |
| Voice coil height | mm | 4,5 |
| Inner diameter | mm | 25,4 |
| Outer diameter, including winding | mm | 25,95 |
6GDV-7-16
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made on the basis of polyethylene terephtholate.
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 92 |
| Frequency response unevenness | db | 12 |
| Nominal average sound pressure | Pa | 1,26 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 16 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 10 |
| Maximum short-term power | W | 20 |
| Fundamental Resonance Frequency | Hz | 3500+600-1000 |
| dimensions | mm | 100x100x35 |
| Weight | G | 1000 |
Voice coil design
| Wire brand | PETV-1 | |
| Wire diameter | mm | 0,08 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 23 | |
| Number of turns in the 2nd layer | 22 | |
| Coil ohmic resistance | Ohm | 12,7+-1,3 |
| Voice coil height | mm | 5,9 |
| Inner diameter | mm | 25,4 |
| Outer diameter, including winding | mm | 25,95 |
6GDV-9-16
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made on the basis of polyethylene terephtholate.
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 91 |
| Frequency response unevenness | db | 12 |
| Total Harmonic Distortion | % | 1 |
| Nominal electrical resistance | Ohm | 16 |
| Maximum noise (nameplate) power | W | 6 |
| Limiting long-term power | W | 10 |
| Maximum short-term power | W | 20 |
| Fundamental Resonance Frequency | Hz | 3000+500-1000 |
| dimensions | mm | 100x100x35 |
| Weight | G | 1000 |
Voice coil design
| Wire brand | PETVL-1 | |
| Wire diameter | mm | 0,013 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 21 | |
| Number of turns in the 2nd layer | 20 | |
| Coil ohmic resistance | Ohm | 16+-1 |
| Voice coil height | mm | 5,7 |
| Inner diameter | mm | 20,3 |
| Outer diameter, including winding | mm | 20,9 |
10GI-1-4 (10GI-1)
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when operating indoors. The loudspeaker head is electrodynamic (isodynamic) type, high-frequency, rectangular, with an unshielded magnetic circuit. Magnetic system of 2 parallel opposing rows of magnets. The membrane is flat made of polymer film with a voice coil applied to it. The magnets are held in the grooves of the frames. Plates made of soft magnetic material, closing the poles of the magnets, strengthen the magnetic field acting on the membrane. The gap between the magnets and the membrane is formed using frames. Damping material smoothes out the frequency response.
| Effective operating frequency range | Hz | 2500 — 25000 |
| Characteristic sensitivity level | dB/W*m | 87 |
| Frequency response unevenness | db | 12 |
| Total Harmonic Distortion | % | 1 |
| Nominal electrical resistance | Ohm | 4 |
| Maximum noise (nameplate) power | W | 15 |
| Limiting long-term power | W | 20 |
| Maximum short-term power | W | 25 |
| Fundamental Resonance Frequency | Hz | 2000+-500 |
| dimensions | mm | 107x119x32 |
| Weight | G | 740 |
10GI-1-8 (10GI-1)
Purpose - use in closed acoustic systems of household radio equipment of the highest complexity group as a high-frequency link when operating indoors. The loudspeaker head is electrodynamic (isodynamic) type, high-frequency, rectangular, with an unshielded magnetic circuit. Magnetic system of 2 parallel opposing rows of magnets. The membrane is flat made of polymer film with a voice coil applied to it. The magnets are held in the grooves of the frames. Plates made of soft magnetic material, closing the poles of the magnets, strengthen the magnetic field acting on the membrane. The gap between the magnets and the membrane is formed using frames. Damping material smoothes out the frequency response.
| Effective operating frequency range | Hz | 2500 — 25000 |
| Characteristic sensitivity level | dB/W*m | 87 |
| Frequency response unevenness | db | 12 |
| Total Harmonic Distortion | % | 1 |
| Nominal electrical resistance | Ohm | 8 |
| Maximum noise (nameplate) power | W | 15 |
| Limiting long-term power | W | 20 |
| Maximum short-term power | W | 25 |
| Fundamental Resonance Frequency | Hz | 2000+-500 |
| Electrical quality factor, Qes | 0,4 | |
| dimensions | mm | 107x119x32 |
| Weight | G | 740 |
10GDV-2-16 (10GD-35B)
Purpose - use in remote acoustic systems of household radio equipment of the highest and 1st complexity groups as a high-frequency link when working indoors. The loudspeaker head is of electrodynamic type, high-frequency, round, with an unshielded magnetic circuit. The mounting flange and acoustic lens are made of plastic. The dome-shaped diaphragm with suspension is made by pressing film.
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 92 |
| Frequency response unevenness | db | 12 |
| Average standard sound pressure | Pa | 0,25 |
| Total Harmonic Distortion | % | 3 |
| Nominal electrical resistance | Ohm | 16 |
| Maximum noise (nameplate) power | W | 10 |
| Limiting long-term power | W | 15 |
| Maximum short-term power | W | 20 |
| Fundamental Resonance Frequency | Hz | 2800 — 3000 |
| Electrical quality factor, Qes | 1,0 | |
| dimensions | mm | 100x100x35 |
| Weight | G | 1000 |
Voice coil design
| Wire brand | PETVL-1 | |
| Wire diameter | mm | 0,08 |
| Number of winding layers | 2 | |
| Number of turns in 1st layer | 23 | |
| Number of turns in the 2nd layer | 22 | |
| Coil ohmic resistance | Ohm | 12,7+-1,3 |
| Voice coil height | mm | 4,5 |
| Inner diameter | mm | 25,4 |
| Outer diameter, including winding | mm | 26,0 |
10 GDV-4-16
| Effective operating frequency range | Hz | 5000 — 25000 |
| Characteristic sensitivity level | dB/W*m | 94 |
| Nominal electrical resistance | Ohm | 16 |
| dimensions | mm | 110x110x40 |
20 GDV-1 (20 GD-4)
| Effective operating frequency range | Hz | 5000 — 35000 |
| Characteristic sensitivity level | dB/W*m | 90 |
| Nominal electrical resistance | Ohm | 8 |
| dimensions | mm | 125x125x40 |
How to install
You can install this version not only on an Android smartphone, but also on a computer. Let's consider both the first and second cases in more detail.
For computer
Let's start with PC. To install the game, you need to go to the very end of the page and download the archive.
- Next, unpack all the files needed for work and right-click to launch the object indicated in the screenshot as administrator.
- Then the installation itself will begin. We just have to wait for the process to complete.
In just a few seconds, the installation of Geometry Dash will be completed, after which you can start playing.
For Android
On Android everything is done in a similar way. First, you go a little lower and click the button that will start downloading the modified APK file. We launch this very file and, guided by the prompts, install the game.
On our website you can find detailed step-by-step instructions for installing Geometry Dash on your computer and Android smartphone. There the installation process is described in more detail.
