ANZ Capital

We are a New York based private investment firm
looking for investment opportunities primarily in the US


Founded in 2015, ANZ Capital specializes on recognizing value creation opportunities both in early stage venture investments as well as in established companies undergoing major restructuring.

Our primary strategy is to recognize value – or the potential for value – where others do not. Thus we generally avoid the full auction process, although we will participate in such auctions when we believe we have an edge over the competition.

While not looking for a management control per se, ANZ Capital seeks to be a pro-active investor, adding value to its portfolio companies through deep involvement into board of directors and its sub-committees activities. We work in tandem with our companies and strive to add value.


Since its inception, ANZ Capital has employed an industry-focused approach to investing which is reflective of the management team expertise. Our investment focus is on IT platforms, financial services, technology, retail, consumer products, real estate and communications.

Want to learn more about us?

You are welcome, our doors are always open for you.

Mario kart wii

Mario Kart Wii is a 2008 auto-tracking video game developed as well as released by Nintendo for the Wii. This is the 6th installation in the Mario Kart franchise business. Mario Kart Wii was released worldwide in April 2008. Finally, Mario Kart Wii consists of built-in playable characters from the Mario collection that use special items on over 30 various racetracks to complete in races, to destroy, or to get an advantage. Do. The game provides a number of single player and multiplayer wii iso game settings including split screen for 4 gamers. Mario Kart Wii utilizes the Wii Remote's movement discovery to supply user-friendly, conventional steering controls. Each copy of the video game features the Wii wheel accessory to boost this feature. The game got rave testimonials at launch, commended for its online setting, personalities, gameplay, tracks as well as carts, but additionally for the balance of elements. It is among the very successful video games of perpetuity, with over 37 million duplicates marketed, as well as the very successful game on the Wii after WiiSports.

Style of play

Mario Kart Wii is a vehicle chase game with single player and also multiplayer settings. Players regulate one of Marioff Runchase's numerous selectable characters and also participate in races as well as battles with carts and also bikes on themed courses based on the Marioff Runchase's location. Throughout the video game, players show actions from the perspective of a third party chasing the player behind a shopping cart. Gamers can do tricks while driving to raise rate, including airborne stunts, drifts, slipstreams, and mansions (bikes just).


While driving, the gamer gathers power-ups from number areas that are positioned in various put on the vehicle. These power ups permit the player to strike enemies, reduce them down or lose control. Secure on your own from such strikes or increase them. This includes regular products from the series like mushrooms, copper bullets, super stars, banana pills, lightning bolts and also even more. There are likewise 3 brand-new products: Mega Mushroom (star with little result), Rumbling Cloud (is automatically turned on as soon as the player gets a product from the item box), POW Block (lightning without effect and the effect is timed as necessary) can be prevented Can't go back to Mario Kart 7. Mega mushrooms can briefly expand gamers to big dimensions and squash enemy karts. With the POW block, all racers will certainly miss and drop things when in use by the user (except when items are prevented by trembling the air or Wii Remote), Thunder Cloud provides the receiver with speed boost and also download capabilities, however calls for one Crash with the receiver.Other racers feed them items prior to striking them as well as turn them out to reduce them down to a smaller size.


Mario Kart Wii sustains four different control plans. The primary control approach is the Wii Remote, optionally with a plastic Wii Wheel. It utilizes the controller's movement discovery to simulate the operation of the guiding wheel. One more supported control technique is the snap-on Wii Remote. Classic controller; Gamecube controller.

What is ROM?

ROM, which stands for read only memory, is a memory device or storage medium that stores information permanently. It is also the primary memory unit of a computer along with the random access memory (RAM). It is called read only memory as we can only read the programs and data stored on it but cannot write on it. It is restricted to reading words that are permanently stored within the unit.

The manufacturer of ROM fills the programs into the ROM at the time of manufacturing the ROM. After this, the content of the ROM can't be altered, which means you can't reprogram, rewrite, or erase its content later. However, there are some types of ROM where you can modify the data.

ROM contains special internal electronic fuses that can be programmed for a specific interconnection pattern (information). The binary information stored in the chip is specified by the designer and then embedded in the unit at the time of manufacturing to form the required interconnection pattern (information). Once the pattern (information) is established, it stays within the unit even when the power is turned off. So, it is a non-volatile memory as it holds the information even when the power is turned off, or you shut down your computer.

The information is added to a RAM in the form of bits by a process known as programming the ROM as bits are stored in the hardware configuration of the device. So, ROM is a Programmable Logic Device (PLD).

A simple example of ROM is the cartridge used in video game consoles that allows the system to run many games. The data which is stored permanently on personal computers and other electronic devices like smartphones, tablets, TV, AC, etc. is also an example of ROM.

For example, when you start your computer, the screen does not appear instantly. It takes time to appear as there are startup instructions stored in ROM which are required to start the computer during the booting process. The work of the booting process is to start the computer. It loads the operating system into the main memory (RAM) installed on your computer. The BIOS program, which is also present in the computer memory (ROM) is used by the microprocessor of the computer to start the computer during the booting process. It allows you to open the computer and connects the computer with the operating system.

ROM is also used to store Firmware, which is a software program which remains attached to the hardware or programmed on a hardware device like a keyboard, hard drive, video cards, etc. It is stored in the flash ROM of a hardware device. It provides instructions to the device to communicate and interact with other devices.

Block Diagram of ROM:

The block of ROM has 'n' input lines and 'm' output lines. Each bit combination of the input variables is known as an address. Each bit combination that comes out through output lines is called a word. The number of bits per word is equal to the number of output lines, m.

The address of a binary number refers to one of the addresses of n variables. So, the number of possible addresses with 'n' input variables is 2n. An output word has a unique address, and as there are 2n distinct addresses in a ROM, there are 2n separate words in the ROM. The words on the output lines at a given time depends on the address value applied to the input lines.

Internal Structure of ROM:

The internal structure comprises two basic components: decoder and OR gates. A decoder is a circuit that decodes an encoded form (such as binary coded decimal, BCD) to a decimal form. So, the input is in binary form, and the output is its decimal equivalent. All the OR gates present in the ROM will have outputs of the decoder as their output. Let us take an example of 64 x 4 ROM. The structure is shown in the following image.

This Read Only Memory consists of 64 words of 4 bits each. So, there would be four output lines, and one of the 64 words available on the output lines is determined from the six input lines as we have only six inputs because in this ROM we have 26 = 64, so we can specify 64 addresses or minterms. For each address input, there is a unique selected word. For example, if the input address is 000000, word number 0 will be selected and applied to the output lines. If the input address is 111111, word number 63 is selected and applied to the output lines.

Types of ROM:

1) Masked Read Only Memory (MROM):

It is the oldest type of read only memory (ROM). It has become obsolete so it is not used anywhere in today's world. It is a hardware memory device in which programs and instructions are stored at the time of manufacturing by the manufacturer. So it is programmed during the manufacturing process and can't be modified, reprogrammed, or erased later.

The MROM chips are made of integrated circuits. Chips send a current through a particular input-output pathway determined by the location of fuses among the rows and columns on the chip. The current has to pass along a fuse-enabled path, so it can return only via the output the manufacturer chooses. This is the reason the rewriting and any other modification is not impossible in this memory.

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2) Programmable Read Only Memory (PROM):

PROM is a blank version of ROM. It is manufactured as blank memory and programmed after manufacturing. We can say that it is kept blank at the time of manufacturing. You can purchase and then program it once using a special tool called a programmer.

In the chip, the current travels through all possible pathways. The programmer can choose one particular path for the current by burning unwanted fuses by sending a high voltage through them. The user has the opportunity to program it or to add data and instructions as per his requirement. Due to this reason, it is also known as the user-programmed ROM as a user can program it.

To write data onto a PROM chip; a device called PROM programmer or PROM burner is used. The process or programming a PROM is known as burning the PROM. Once it is programmed, the data cannot be modified later, so it is also called as one-time programmable device.

3) Erasable and Programmable Read Only Memory (EPROM):

EPROM is a type of ROM that can be reprogramed and erased many times. The method to erase the data is very different; it comes with a quartz window through which a specific frequency of ultraviolet light is passed for around 40 minutes to erase the data. So, it retains its content until it is exposed to the ultraviolet light. You need a special device called a PROM programmer or PROM burner to reprogram the EPROM.

4) Electrically Erasable and Programmable Read Only Memory (EEPROM):

ROM is a type of read only memory that can be erased and reprogrammed repeatedly, up to 10000 times. It is also known as Flash EEPROM as it is similar to flash memory. It is erased and reprogrammed electrically without using ultraviolet light. Access time is between 45 and 200 nanoseconds.

The data in this memory is written or erased one byte at a time; byte per byte, whereas, in flash memory data is written and erased in blocks. So, it is faster than EEPROM. It is used for storing a small amount of data in computer and electronic systems and devices such as circuit boards.


It is an advanced version of EEPROM. It stores information in an arrangement or array of memory cells made from floating-gate transistors. The advantage of using this memory is that you can delete or write blocks of data around 512 bytes at a particular time. Whereas, in EEPROM, you can delete or write only 1 byte of data at a time. So, this memory is faster than EEPROM.

It can be reprogrammed without removing it from the computer. Its access time is very high, around 45 to 90 nanoseconds. It is also highly durable as it can bear high temperature and intense pressure.