MAX2009ETI+

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The MAX2009ETI+ is a highly-integrated RFIC that enables reliable communication over fractional-N synthesizers and direct conversion transceivers. It is a key component in applications where a high-performance, wideband transmitter, or receiver, is required in a small form factor.

The MAX2009ETI+ is specifically designed for use in LTE base stations, digital cordless phones (DECT), wireless local area networks (WLAN), digital television (DTV), and multimedia wireless home networking (Multimedia over Coax Alliance, MoCA). The highest performance of its class, it utilizes near-zero IF technology to achieve low-cost operations by eliminating the need for external adjusting components.

The MAX2009ETI+ is ideal for RF systems that require a high level of performance, in a small form factor. It relies on its proprietary eXeran Mixer Architecture (XMA) to provide a high-performance radio frequency chain in a single compact solution.

The MAX2009ETI+ is manufactured on a 120nm process node, which allows it to achieve a very low power budget by combining the output power of the RFIC with a low operating voltage of 1.8V. This low power dissipation ensures the device is highly reliable and long-lasting.

At the heart of the MAX2009ETI+ is its proprietary eXeran Mixer Architecture (XMA). This allows the device to produce wide-band signals with near-zero IF, allowing for the use of direct conversion. The XMA also grants the device the ability to maintain the highest level of linearity, in order to minimize non-linearities and spurious in its output signal.

The MAX2009ETI+ is a state-of-the-art design for reliable, cost-effective RF transmission solutions. Its low-power consumption, small form factor, and high fidelity make it ideal for any application that requires a high-bandwidth, digital-conversion radio frequency chain in a small form factor. In addition, its proprietary eXeran Mixer Architecture (XMA) allows for exceptional linearity and accuracy, while eliminating the need for external adjusting components.

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