EMICalculator.site
Sample EMI calculation for a loan of 100000 for 12 months at 11.5% per year
EMI: 8861.51, Total Interest: 6338.12
Loan repayment schedule
| Sl. | Interest | Principal | Balance |
|---|---|---|---|
| 1 | 958.33 | 7903.18 | 92096.82 |
| 2 | 882.59 | 7978.92 | 84117.9 |
| 3 | 806.13 | 8055.38 | 76062.52 |
| 4 | 728.93 | 8132.58 | 67929.94 |
| 5 | 651 | 8210.51 | 59719.43 |
| 6 | 572.31 | 8289.2 | 51430.23 |
| 7 | 492.87 | 8368.64 | 43061.59 |
| 8 | 412.67 | 8448.84 | 34612.75 |
| 9 | 331.71 | 8529.8 | 26082.95 |
| 10 | 249.96 | 8611.55 | 17471.4 |
| 11 | 167.43 | 8694.08 | 8777.32 |
| 12 | 84.12 | 8777.39 | 0 |
Advertisement
MagicCFG is a widely used free utility for iOS technicians and hobbyists, designed to interact with the SysConfig (System Configuration) partition of Apple devices. Version 1.3 was a stable milestone that allowed users to enter "Purple Mode" (diagnostic mode) and modify critical device data like serial numbers and MAC addresses.
Below is a breakdown of the tool's core functions, historical significance, and current status. Core Functionality
MagicCFG functions as a software-based alternative to expensive hardware NAND programmers.
SysConfig Editing: It allows reading and writing to a "secret" part of the NAND chip where device identity is stored.
Purple Mode Access: The tool boots iPhones and iPads into a diagnostic state (Purple Mode), enabling data modification without physical hardware teardown.
Data Modification: Users often use it to change Serial Numbers, Wi-Fi/Bluetooth MAC addresses, and region codes.
NAND Expansion: It simplifies the process of upgrading storage by allowing technicians to write the original device information to a new, larger NAND chip. Evolution: From 1.3 to 2.0
While version 1.3 was the go-to stable release for many users, newer versions like MagicCFG 2.0 and MagicCFG Reloaded have introduced significant upgrades.
Chip Support: Newer versions added support for M1 and M2 chips in newer iPads. magiccfg 13 free
Interface Overhaul: Version 2.0 redesigned the UI, moving the "Boot Purple Mode" option and adding a Factory Reset button.
Success Rates: The integration of updated exploits, such as gaster, has improved the success rate for entering Pwned DFU mode to nearly 99%. Device and OS Support
Supported Chips: Generally compatible with A-series processors (A7 to A11) using the checkm8 exploit.
OS Compatibility: While initially a macOS tool developed in Swift, community adaptations like MagicCFG-Windows bring the functionality to Windows.
No Specialist Cable Needed: For some A10 and A11 devices, a standard Lightning cable can be used, whereas older A9 devices often require a dedicated DCSD cable to communicate with the device's serial port. Critical Risks Using MagicCFG carries a high risk of bricking the device.
Permanent Damage: Incorrectly writing to the SysConfig partition can lead to infinite boot loops.
Ethical/Legal: While often used for legitimate repairs (like fixing Wi-Fi after a hardware swap), it is also frequently associated with bypassing Activation Locks, which may violate terms of service or local regulations.
MagicCFG 1.3 is a powerful, free utility designed for technicians and enthusiasts to manage SysCFG data on iOS devices. By allowing users to read and write configuration data directly to the NAND chip without expensive hardware programmers, it has become a staple for repairs, NAND swaps, and unlocking specific device functionalities. Key Features of MagicCFG v1.3 MagicCFG is a widely used free utility for
The 1.3 release focused on streamlining the interface and improving device communication:
SysCFG Editing: Read, write, and restore critical configuration data like Serial Numbers, Wi-Fi/Bluetooth MAC addresses, and region codes.
Data Usage Supervision Mode: A specific feature added in v1.3 to manage device supervision states.
Purple Mode Support: Puts iDevices into "Purple Mode" (Diagnostic Mode) to allow deep system access without opening the hardware.
DCSD Compatibility: While newer versions support some devices via standard Lightning cables, v1.3 often utilizes a DCSD cable for stable communication with A7–A9 processors.
Bug Fixes: Removed non-working Arduino flash integrations and improved the overall success rate of exploits. Why Technicians Use MagicCFG
Traditionally, changing an iPhone's Serial Number or unbinding Wi-Fi required removing the NAND chip and using a physical programmer. MagicCFG eliminates this need for many models.
NAND Swaps: Simplifies the process of transferring unique device IDs when upgrading storage or replacing a dead chip. Benefits
iCloud Management: Often used on Wi-Fi-only iPads to change the SN/BT/WF data, which can help in bypassing activation locks after a restore.
Wi-Fi Unbinding: Essential for fixing "Grey Wi-Fi" issues after replacing a Wi-Fi IC on older models. Device Compatibility
While MagicCFG has evolved into a "Reloaded" version, v1.3 remains popular for its stability on legacy hardware:
Supported CPUs: Primarily targets A5 through A11 devices (iPhone 5s through iPhone X).
Operating Systems: Available as a free download for both macOS (DMG) and Windows (via community ports like the AldazActivator version). How to Use MagicCFG 1.3 Releases · j4nf4b3l/MagicCFG - GitHub
Siemens now distributes License Server Admin (LSA) and FlexNet Publisher tools. These often replace legacy Magiccfg entirely. Download the latest version—it is usually backward compatible.
One-click optimization for:
Disclaimer:- The content of this website does not constitute financial advice and is solely meant for information purpose. The calculations are accurate as per the prescribed formula.