Comparison

RISC vs Binary2Ascii

Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.

Head to head
About

RISC

Simulate a complete 32-bit mobile system, including CPU units and memory. Write and debug assembly code directly on the simulated hardware to understand its inner workings.

Highlights
  • 32-bit system simulation
  • CPU unit simulation
  • Memory subsystem simulation
  • Native assembly coding
  • Built-in debugger
  • Hardware analysis
Features
Read full description

RISC-V Assembly Simulator is a mobile 32-bit system simulator. The app simulates the entire system, all the way from each individual unit on a CPU to the memory subsystem. Write assembly natively to the CPU, with a built-in debugger so you can analyze your code and see what the hardware is doing. This app is designed to allow you to learn how to write assembly from your mobile device, simulating a real CPU at your devices maximum speed. Visualize how the hardware works if you want to, see all the registers, see your entire memory subsystem for each cycle. Learn the components of this individual CPU. This app currently supports the base Int for RV32 along with the M extension, allowing multiplication and division. Dual core systems are supported with the atomic instructions. This app features a built in assembler to allow you to learn to write code along with descriptive errors. Code along with Apple Intelligence, giving you advice and helping you fix bugs along the way (experimental). Natively integrated with your devices file system, allowing seamless transfer between devices and potentially other sources.

About

Binary2Ascii

Features
Read full description

Binary to ASCII Converter makes it easy to decode binary strings into readable ASCII text. Whether you're a student learning computer science, a developer debugging code, or just curious about binary, this app provides a simple and elegant solution.

Screenshots

RISC4 screens
Binary2Ascii2 screens

Verdict

The call

The clearest difference is iOS requirement: Binary2Ascii at 15.1 against RISC's 26.0. On price, ads, in-app purchases and device support there is nothing between them.

Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS

CostPrice · In-app purchases · Ads · Monetization

Both are free to download. Neither carries in-app purchases, so what you see is what you pay.

Scorecard1 real difference · 9 level
RISC versus Binary2Ascii: the parameters behind the verdict, then further details
ParameterRISCBinary2Ascii
PriceFreeFree
Rating5.0 (1 ratings) — better—
Positive reviews100.0% of reviews—
Number of ratings1 — better—
Update frequencyEvery 2 weeks—
AdsNoNo
In-app purchasesNoNo
MonetizationFree—
DevicesiPhone, iPadiPhone, iPad, iPod — better
Requires iOS26.015.1 — better
Further details — not scored
Size3 MB32 MB
Age rating4+4+
DeveloperMatthew JacobsEdward Davis

In-app purchases

None

RISC

No in-app purchases

None

Binary2Ascii

No in-app purchases

Questions

Is RISC free?
RISC is free to download, with no in-app purchases.
Is Binary2Ascii free?
Binary2Ascii is free to download, with no in-app purchases.
Do RISC or Binary2Ascii have ads?
Neither RISC nor Binary2Ascii shows ads.

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