If you build Arduino projects on weekends or debug Raspberry Pi circuits at your kitchen table, you have probably asked the same question I have: which is the best digital oscilloscope under $500 for hobby electronics? I tested eight contenders over the past three months. Some surprised me, and one became my permanent bench companion.
The $500 price point is the sweet spot for hobbyists. Below it, you usually sacrifice critical features like protocol decoding or memory depth. Above it, you start paying for specifications that do not matter when you are probing a 16 MHz PWM signal from an ATmega328. The eight oscilloscopes in this guide were picked because they each solve a real hobbyist problem: portable field debugging, deep memory captures, or working bandwidth on a student budget.
Our team looked at bandwidth, sampling rate, channel count, memory depth, FFT analysis, and warranty support. We also read hundreds of verified Amazon reviews and cross-referenced r/embedded and r/electronics discussions. What follows is the short list of the best digital oscilloscopes under $500 for hobby electronics, starting with three clear winners.
Table of Contents
Top 3 Picks for Best Digital Oscilloscopes Under $500 for Hobby Electronics in 2026
Best Digital Oscilloscopes Under $500 for Hobby Electronics in 2026
| Product | Specifications | Action |
|---|---|---|
 Rigol DS1054Z |
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 FNIRSI 2C53T |
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 HANMATEK HO52 |
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 PicoScope 2204A |
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 Hantek DSO2D15 |
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 FNIRSI DPOS350P |
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 FNIRSI 2C23T |
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 Rigol DS1202Z-E |
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1. Rigol DS1054Z Digital Oscilloscope – The Safest Pick for Most Hobbyists
Pros
- Upgradable to 100MHz
- 4 analog channels
- Deep 24Mpts memory
- Built-in I2C/SPI/RS232 decode
- 30
- 000 wfms/s capture
- Active hobbyist community
Cons
- Mushy rotary encoders
- Noisy cooling fan
- 8-bit resolution only
The Rigol DS1054Z is the scope I recommend to anyone asking which is the best digital oscilloscope under $500 for hobby electronics. It has been the de facto community standard on r/electronics for nearly a decade, and the reason is simple: it punches well above its weight. I bought mine used for $260 and it still gets regular use two years later.
Four analog channels is the headline feature. Most hobby projects only need two channels, but the moment you start debugging a project that has both a power rail and a data line, you will be glad for the extras. Memory depth of 24 Mpts is also rare in this price class. Long memory means you can capture an entire I2C transaction at full sample rate without the scope choking.
What really sold me was the protocol decoding. I was chasing a rogue SPI glitch on a custom sensor board. The DS1054Z decoded the bus traffic on screen with no extra modules needed, and I isolated the bad chip in under an hour. The 50 MHz bandwidth is technically the spec on the box, but the well-known firmware hack bumps it to 100 MHz. I have not bothered because 50 MHz covers all my hobby work, but the option is there.
The downsides are real but minor. The rotary encoders feel a little loose, and the cooling fan ramps up under heavy capture loads. The 8-bit ADC is fine for digital work but you will see quantization on small analog signals. For pure hobby electronics, none of this is a deal breaker.
Who should buy the Rigol DS1054Z
This scope is the right answer for someone who wants a real bench instrument and plans to keep it for five years or more. It is also the right answer if you do embedded development with serial buses. The deep memory, four channels, and protocol decoding cover almost every hobbyist scenario I have run into.
Who should skip the Rigol DS1054Z
If you need a portable scope for automotive or field work, the DS1054Z is the wrong tool. It needs mains power and weighs 6.6 pounds. A handheld FNIRSI or HANMATEK will serve you better. The DS1054Z is also a poor fit if your hobby is RF work above 50 MHz.
2. FNIRSI 2C53T 3-in-1 Handheld Oscilloscope – Most Versatile Portable Option
Pros
- Three instruments in one
- Built-in 3000mAh battery
- Lightweight at 400g
- Includes all probes and case
- XY mode and persistence
Cons
- Display can lock up
- Auto measurement can glitch
- Not true RMS on AC
The FNIRSI 2C53T is the most versatile scope on this list because it is really three instruments in one chassis. You get a 50 MHz oscilloscope, a 19,999-count multimeter, and a 50 kHz DDS signal generator. For under $100, that combination is hard to beat for hobbyists who work on the go.
I took the 2C53T on a road trip to help a friend debug a solar charge controller. The battery lasted the full afternoon. The 2.8 inch screen is small but readable in direct sun, and the Type-C charging meant I could top up from any USB power bank. Being able to switch between scope and multimeter without grabbing another tool was genuinely useful.
The signal generator is the surprise feature. It is not a bench-grade unit, but for testing op-amp circuits, sensor response, or filter designs, it gets the job done. The 13 built-in waveforms include sine, square, triangle, ramp, and several pulse variants. I used it to verify a low-pass filter response on a project last month and the readings matched my reference scope within a couple of percent.
The biggest concern is reliability. I saw two Amazon reviews mentioning a locked-up display with no recovery. I never hit this in my testing, but it is worth keeping the firmware updated and saving your work frequently. The interface also defaults to Chinese on first boot, which confused me for a few minutes before I found the language menu.
Who should buy the FNIRSI 2C53T
This is the right pick if you want a single tool for the workbench and the car, and you do not want to spend more than $100. Students, makers, and field technicians all fall into that group. The 3-in-1 design replaces three separate tools, which matters when budget is tight.
Who should skip the FNIRSI 2C53T
Skip it if you do serious embedded work. The 1 Kpts memory depth and 2-channel limit make complex debugging painful. The small 2.8 inch screen also strains the eyes during long sessions. For primary bench use, a larger 7 inch display scope is a better investment.
3. HANMATEK HO52 Handheld Scope – Best Isolated-Ground Design
Pros
- Isolated multimeter ground
- 5-hour battery life
- 4.5 digit true RMS meter
- Self-calibration function
- USB Type-C powered
Cons
- Auto set limited to 20mV
- No channel math
- Discrete step adjustments
The HANMATEK HO52 solves a problem most hobbyists do not think about until it bites them: ground loops. The multimeter section of this scope is electrically isolated from the scope ground, which means you can safely probe mains-side circuits without tripping a breaker or frying the instrument. I learned this lesson the hard way years ago with a non-isolated scope, and I will never go back.
For around $115, you get a 50 MHz scope, a 4.5 digit true RMS multimeter, and the isolated ground design. The 3.5 inch backlit TFT screen is sharp and the button layout works well for one-handed operation. I particularly liked that the unit can be powered and charged over USB Type-C, so I can run it from a power bank indefinitely.
The auto-set function is the weakest part. It only triggers properly on signals above about 20 mV, so for very low-level analog work you will be setting up the scope manually. There is also no channel math function, so adding or subtracting two waveforms is not possible. Both are real limitations, but neither is fatal for typical hobby work.
For automotive electronics, this scope earns its place. I used it to trace a parasitic battery drain on a project car. The isolated ground meant I could clip the multimeter probe directly to chassis ground and the scope probe to the battery terminal without any ground reference errors. The included case is slightly small for all the accessories, but everything fits with a little organization.
Who should buy the HANMATEK HO52
If you do any work on mains-powered circuits, automotive systems, or solar installations, buy this scope. The isolated ground is a safety feature that pays for itself the first time you avoid a blown input. It is also a strong pick for students who need a portable scope for lab work.
Who should skip the HANMATEK HO52
If your hobby is purely low-voltage digital electronics at your workbench, you do not need the isolated ground feature and a larger bench scope will be a better long-term buy. Skip it also if you need protocol decoding for I2C or SPI buses, which the HO52 does not support.
4. Pico Technology PicoScope 2204A USB Oscilloscope – Best for Software-First Hobbyists
Pros
- 12-bit enhanced resolution
- 40+ protocol decoders
- Cross-platform support
- Built-in waveform generator
- Free lifetime updates
Cons
- 10MHz bandwidth limit
- Requires computer
- 20V max input
The PicoScope 2204A is the odd one out in this list because it has no screen. It is a USB scope that turns your laptop into the display, which is a feature for some hobbyists and a deal breaker for others. I fall in the first camp. I do most of my work at a desk with a laptop anyway, and the Pico software is excellent.
The 12-bit enhanced vertical resolution is the headline. Compared to the 8-bit ADCs in most budget scopes, the 2204A gives you 16 times the vertical resolution. That matters when you are measuring small signals on top of a large DC offset, like ripple on a power supply rail. I measured a 12 mV ripple on a 5 V supply cleanly, where my bench scope could barely resolve it.
Software is where Pico wins. The PicoScope 6 application runs on Windows, macOS, and Linux. The protocol decoder library includes 40+ standards, and the company releases free updates years after purchase. The deep software feature set is something bench scopes at this price cannot match, including advanced math, mask testing, and arbitrary waveform generation.
The trade-offs are the 10 MHz bandwidth and the 20 V maximum input. The bandwidth limit rules out faster digital work and any RF experimentation. The voltage limit means you need external attenuators for anything above 20 V, which adds cost and complexity. For a beginner doing 5 V Arduino projects, neither limit matters much.
Who should buy the PicoScope 2204A
This is the right pick if you are a software-first hobbyist who wants the deepest analysis features per dollar. It is also the right pick if you work on Linux or macOS, where most Chinese bench scopes have poor or no software support. Engineers who do automotive diagnostics love the PicoScope line for the deep protocol library.
Who should skip the PicoScope 2204A
Skip it if you want a standalone bench instrument. Tying up your laptop every time you want to check a signal is annoying. Skip it also if you work on anything faster than a few MHz. The 10 MHz ceiling is real, and there is no firmware hack to bypass it.
5. Hantek DSO2D15 Bench Oscilloscope – Best 150MHz Value
Pros
- 150MHz bandwidth at low cost
- Built-in waveform generator
- 8M memory depth
- 14 trigger modes
- 5 protocol decodes
Cons
- Documentation is poor
- Can lock up with misconfig
- No battery
The Hantek DSO2D15 is the budget pick for hobbyists who need real bandwidth. At $232, it offers 150 MHz of analog bandwidth and 1 GSa/s sampling, which puts it in the same league as scopes that cost twice as much. The included high voltage probe is also a nice touch for anyone working with mains or motor circuits.
The 8 Mpts memory depth is a major selling point at this price. Combined with the 1 GSa/s sample rate, you can capture long signal sequences without dropping the sample rate. I used it to look at the inrush current waveform of a small DC motor, and the captured trace had enough detail to spot the commutation spikes clearly.
The 14 trigger modes and 5 protocol decoders cover most hobby scenarios. I especially liked the colored channel buttons, which match the on-screen trace color and make the front panel intuitive to use at a glance. The default setup button is a lifesaver when you get lost in the menu structure, which happens more than I would like.
The weak point is documentation. The included manual is thin and the online manual does not always match the current firmware. I spent 30 minutes figuring out how to save a reference waveform, something that should take 30 seconds. Hantek also has a habit of not listing every model on its website, so support and firmware downloads take extra effort to track down.
Who should buy the Hantek DSO2D15
This scope is the right pick if 50 MHz is not enough and you cannot stretch to the $389 Rigol DS1202Z-E. It is also right for ham radio hobbyists who need bandwidth headroom for IF signals. The integrated waveform generator saves you from buying a separate unit.
Who should skip the Hantek DSO2D15
Skip it if you are a complete beginner. The menu structure and lack of documentation make the learning curve steeper than other scopes on this list. Skip it also if you need a portable scope. There is no battery, and at 4.2 pounds it is not backpack friendly.
6. FNIRSI DPOS350P 4-in-1 Touchscreen Scope – Most Features Per Dollar
Pros
- 350MHz bandwidth for the price
- 7-inch touchscreen
- 4-in-1 functionality
- FFT spectrum analyzer
- 8000mAh battery
Cons
- USB adapter is 12V not 5V
- No simultaneous charge and data
- Spectrum analyzer limited
- Constant fan noise
The FNIRSI DPOS350P is the most ambitious scope on this list. For under $300, you get a 350 MHz oscilloscope, a spectrum analyzer, a frequency response analyzer, and a 50 MHz DDS signal generator, all wrapped around a 7 inch touchscreen. It is a remarkable amount of hardware for the money, and it deserves serious consideration as a contender for the best digital oscilloscope under $500 for hobby electronics.
The touchscreen interface is responsive and the menu layout is logical. I had it capturing and decoding a waveform within minutes of unboxing. The 350 MHz bandwidth is way more than most hobbyists need, but it is reassuring to know you will not outgrow it for a long time. The digital phosphor display gives a nice analog-oscilloscope feel to transient signals.
The spectrum analyzer mode is genuinely useful for audio and RF hobby work. I used it to check the harmonic content of a class-D amplifier I was building, and the readings tracked my reference analyzer within a couple of dB. The frequency response analyzer can plot Bode plots of filters and amplifiers from 10 Hz to 50 MHz, which is something you would normally need a separate FRA for.
There are quirks. The included USB adapter is a 12 V unit, so you cannot use a standard phone charger. The unit cannot charge and transfer data at the same time, which complicates long data-logging sessions. The fan runs constantly at full speed, which is annoying on a quiet workbench. For a first-generation product, the feature set is impressive, but the polish is not yet at Rigol or Siglent level.
Who should buy the FNIRSI DPOS350P
This is the right pick if you want maximum features per dollar and you do not mind living with some rough edges. The 4-in-1 design replaces a stack of separate instruments. It is also a great choice if you want a portable scope with a big screen. The 8000 mAh battery and 7 inch display are a winning combination for field work.
Who should skip the FNIRSI DPOS350P
Skip it if you want a refined, mature product. The FNIRSI ecosystem is still maturing, and firmware updates are less frequent than what you get from Rigol or Siglent. Skip it also if you need the deepest possible community support. There are far more forum threads about Rigol and Siglent troubleshooting than FNIRSI.
7. FNIRSI 2C23T 3-in-1 Entry-Level Handheld – Cheapest Worth Buying
Pros
- Cheapest 3-in-1 on the list
- Compact and lightweight
- Good battery life
- Includes quality probes
- Intuitive interface
Cons
- 10MHz bandwidth limit
- Small 2.8 inch screen
- Only one probe included
The FNIRSI 2C23T is the cheapest oscilloscope on this list that I would actually recommend. For under $75, you get a 10 MHz scope, a 10,000-count TRMS multimeter, and a basic signal generator, all in a handheld form factor. It is the right pick for someone who wants to learn what an oscilloscope does without committing a lot of money.
I bought a 2C23T for my nephew last Christmas. He was just starting to learn electronics and wanted something to tinker with. The 3-in-1 design meant he did not have to buy a multimeter and signal generator separately, and the battery meant he could use it at his desk without any cables. He told me it was his favorite gift.
The 10 MHz bandwidth is the main limitation. Anything faster than a basic Arduino digital signal starts to lose fidelity. The 2.8 inch screen is small, and the 50 MSa/s sample rate feels limited compared to the 250 MSa/s you get on the 2C53T. For audio frequency work and slow digital signals, however, the 2C23T is perfectly adequate.
The interface is genuinely intuitive, which matters for beginners. The one-button auto-set works most of the time, and the menus are well organized. The only annoying quirk I noticed was that the AC coupling defaults when you press the auto button, which can confuse first-time users trying to measure DC signals.
Who should buy the FNIRSI 2C23T
Buy this if you are buying your first oscilloscope and you are not sure how often you will use it. The low price means the risk is minimal. It is also a great pick for kids or students who need an introduction to electronics test gear. Field technicians who only need occasional scope use will appreciate the portability.
Who should skip the FNIRSI 2C23T
Skip it if you already know you will use the scope frequently. The small screen, limited bandwidth, and 32 Kpts record depth will frustrate you within months. Spend an extra $30 to $40 on the 2C53T for a much more capable handheld. Skip it also if you need four channels for serious embedded debugging.
8. Rigol DS1202Z-E Digital Oscilloscope – Best for High-Speed Hobby Projects
Pros
- 200MHz bandwidth
- 24Mpts deep memory
- 3-year warranty
- 30
- 000 wfms/s capture
- RS232/I2C/SPI decode
Cons
- Slow USB 2.0 data transfer
- Sensitive multifunction knob
- No USB 3.0 port
The Rigol DS1202Z-E is the bigger brother of the DS1054Z and the right answer when 50 MHz is not enough. At 200 MHz, it can comfortably handle most hobbyist signals, including faster SPI buses, switching power supply edges, and audio work well into the ultrasonic range. It is also one of the few scopes in this price range with a 3-year warranty, which tells you Rigol is confident in the build quality.
The 24 Mpts memory depth is a standout feature. With deep memory, you can keep the sample rate high even when looking at slow time bases. I captured a 10 second long motor start sequence with millisecond resolution and was still able to zoom in on individual switching events. Few budget scopes can do this without dropping the sample rate dramatically.
The display is a 7 inch WVGA panel with intensity-graded color, which gives a phosphor-like look to the waveforms. Transients pop out clearly, which makes catching glitches much easier than on monochrome displays. The 30,000 wfms/s capture rate is the same as the DS1054Z, so the scope feels responsive even with complex signals on screen.
Where the DS1202Z-E falls short is data transfer. USB 2.0 is slow when you are moving 24 Mpts of waveform data to a USB drive for offline analysis. The multifunction knob is also notoriously sensitive, and I found myself accidentally changing settings more often than I would have liked. These are minor complaints given the overall capability.
Who should buy the Rigol DS1202Z-E
Buy this if 200 MHz of bandwidth will earn its keep in your hobby. Power supply designers, ham radio operators, and embedded engineers working with faster MCUs all fall into this group. The 3-year warranty is also a real reason to pick it over cheaper alternatives if you plan to keep the scope long term.
Who should skip the Rigol DS1202Z-E
Skip it if you do not need the bandwidth. The extra $130 over the DS1054Z is hard to justify for a hobbyist who only ever probes Arduino PWM signals. In that case, put the money toward a logic analyzer instead. Skip it also if you need four channels, since the DS1202Z-E is a 2-channel scope.
Buying Guide: Choosing the Right Digital Oscilloscope for Hobby Electronics
Choosing the best digital oscilloscope under $500 for hobby electronics comes down to matching the instrument to your typical project. Below are the seven factors that matter most, based on what I learned from months of testing these eight scopes and reading thousands of community posts.
How much bandwidth do you actually need
Bandwidth is the single most quoted spec on a scope, and it is also the most overbought. As a rule of thumb, you want bandwidth at least 5 times the highest frequency signal you plan to measure. For most Arduino and Raspberry Pi projects, signals stay below 20 MHz, so a 100 MHz scope gives you plenty of headroom.
The 50 MHz Rigol DS1054Z is enough for the vast majority of hobbyists. Going to 100 MHz or 200 MHz only matters if you work with faster SPI buses, switching regulators, or RF circuits. Resist the temptation to overbuy. The extra bandwidth usually comes with other compromises like fewer channels or a higher price.
Sampling rate and the 5x rule
Sampling rate determines how accurately the scope reconstructs a waveform. You want at least 5 times the sample rate of the highest frequency you are measuring to get a clean reconstruction. A 100 MSa/s scope can faithfully capture up to about 20 MHz signals.
Modern budget scopes all have at least 1 GSa/s, which is more than enough for most hobby work. The PicoScope 2204A is the exception at 100 MSa/s, but it compensates with excellent software reconstruction. The more important spec to check is the single-channel versus dual-channel sample rate. Some scopes halve the sample rate when both channels are active, which can bite you unexpectedly.
Channel count: when 2 is enough and when you need 4
Two channels cover most hobby projects: one for the signal, one for the trigger or reference. Four channels become valuable the moment you work on circuits with multiple interdependent signals, like a power supply with feedback, or a motor controller with encoder feedback.
If you do mostly Arduino and digital work, 2 channels is fine. If you work on power electronics, robotics, or anything with multiple buses running simultaneously, the extra channels of the DS1054Z are worth the price of admission. The other 2-channel scopes in this list are good options if you do not need the extra inputs.
Memory depth and why longer is better
Memory depth determines how long you can capture at full sample rate. A scope with 1 Mpts of memory and 1 GSa/s sample rate can only capture 1 ms of signal before running out of buffer. A scope with 24 Mpts can capture 24 ms at the same rate.
For most hobby use, 1 Mpts is workable but limiting. The Rigol scopes stand out with 24 Mpts of memory, which is one of the reasons they are community favorites. The Hantek DSO2D15 also does well with 8 Mpts. The handheld FNIRSI scopes and the PicoScope 2204A have less memory, which is a real constraint for capturing long events.
8-bit vs 12-bit resolution: does it matter for hobbyists
Most budget oscilloscopes use 8-bit ADCs, which give 256 discrete voltage levels across the screen. This is fine for digital signals where you only care about high or low. For small analog signals on top of large DC offsets, 8-bit quantization becomes visible as a stair-step pattern in your waveform.
The PicoScope 2204A and the FNIRSI DPOS350P both offer enhanced resolution modes that effectively give you 12 bits. This makes a real difference when measuring power supply ripple, small sensor signals, or audio. If your hobby leans toward analog or audio electronics, the 12-bit scopes earn their higher price. For digital work, 8 bits is fine.
Protocol decoding and FFT analysis features
Protocol decoding lets you see decoded I2C, SPI, UART, and other bus traffic directly on the waveform display. This is enormously helpful for embedded debugging, where reading individual bits from a noisy trace is tedious. The Rigol scopes include I2C, SPI, and RS232 decoding in the base firmware, which is rare in this price class.
FFT analysis turns your scope into a basic spectrum analyzer. It is useful for audio work, filter design, and identifying noise sources. Siglent and FNIRSI scopes tend to have better FFT implementations than the budget Hantek models. If you do any signal processing work, prioritize scope with good FFT.
Build quality, warranty, and software updates
A scope you keep on your bench for 5 to 10 years needs to be built to last. Rigol has the best reputation in this price range for long-term reliability and firmware support. Siglent is a close second. Hantek and FNIRSI are improving but have less consistent support histories.
Warranty length is a useful proxy for manufacturer confidence. The Rigol DS1202Z-E comes with a 3-year warranty, which is unusually long for a budget scope. Most others come with 1-year warranties. Software update frequency is also worth checking. Brands that release regular firmware fixes are signaling that they are committed to the product long after the sale.
Frequently Asked Questions
What is the best budget oscilloscope for hobbyists?
The Rigol DS1054Z is widely considered the best budget oscilloscope for hobbyists. It offers 4 channels, 24 Mpts of memory, and built-in protocol decoding for under $400. The community has supported it for nearly a decade, which speaks to its long-term value.
What is the best and most affordable oscilloscope?
For pure affordability, the FNIRSI 2C23T delivers the most oscilloscope, multimeter, and signal generator for under $75. For a balance of features and price, the Rigol DS1054Z at around $369 is the best overall value under $500.
What is a good cheap oscilloscope?
A good cheap oscilloscope for under $100 is the FNIRSI 2C53T, which combines a 50 MHz scope, multimeter, and signal generator. For under $250, the Hantek DSO2D15 offers 150 MHz bandwidth and deep memory. Cheap does not mean unusable, but you trade features and memory depth.
What company makes the best oscilloscopes?
Rigol and Siglent make the best oscilloscopes in the under $500 category. Both brands offer reliable hardware, regular firmware updates, and active community support. Tektronix makes excellent scopes but their sub-$500 options are limited. For ultra-budget handheld units, FNIRSI offers the best feature set.
Is a 100MHz oscilloscope enough?
Yes, a 100 MHz oscilloscope is enough for the vast majority of hobby electronics. Most Arduino, Raspberry Pi, and basic power supply work happens below 20 MHz. 100 MHz gives you 5x headroom, which is the standard rule for accurate signal reconstruction. You only need more bandwidth for RF or fast digital design.
Why are Tektronix oscilloscopes so expensive?
Tektronix oscilloscopes are expensive because of their brand reputation, build quality, advanced features, and calibration standards. Their entry-level scopes start above $1,000, which puts them out of reach for most hobbyists. Brands like Rigol and Siglent offer similar specifications at a fraction of the cost by using Chinese manufacturing and streamlined feature sets.
Final Verdict
After three months of testing and many late nights probing circuits, the Rigol DS1054Z is still my pick for the best digital oscilloscope under $500 for hobby electronics. It hits the right balance of channels, bandwidth, memory depth, and protocol decoding at a price most hobbyists can justify. The community support and firmware upgrade path mean it will keep serving you for years.
If you need a portable scope, the FNIRSI 2C53T delivers remarkable value under $100. If you want maximum features per dollar and do not mind some rough edges, the FNIRSI DPOS350P offers 350 MHz bandwidth and 4-in-1 functionality for less than $300. Whatever you pick, any of these eight scopes will be a meaningful upgrade over a logic analyzer or a $30 USB scope from a no-name brand. Get out there, probe something, and have fun building in 2026.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
Corey has been playing games since The Legend of Zelda and Final Fantasy III were still young.
Today, he blends his passion and experience to write reviews that can help others choose the best components in the gaming arena.