POET Technologies (OTCMKTS:POETF) Stock Price Up 2.7% - Here's Why

Key Points

• POET Technologies stock rose 2.7% mid-day to as high as $8.73 and last traded at $8.31, with 11,808,607 shares changing hands — about a 7,826% increase over its average daily volume.
• The company has a market capitalization of $3.03 billion, a negative P/E of -166.20 (indicating it is currently unprofitable), a beta of 0.81, and 50‑/200‑day moving averages near $6.08–$6.09.
• POET's iPOET™ platform offers wafer-scale heterogeneous integration substrates that combine silicon photonics with lasers, detectors and electronics to produce compact optical modules for telecommunications and data centers.

POET Technologies Inc. (OTCMKTS:POETF - Get Free Report) rose 2.7% during mid-day trading on Friday . The stock traded as high as $8.73 and last traded at $8.31. Approximately 11,808,607 shares traded hands during mid-day trading, an increase of 7,826% from the average daily volume of 148,995 shares. The stock had previously closed at $8.09.

POET Technologies Stock Performance

The firm has a market capitalization of $3.03 billion, a P/E ratio of -166.20 and a beta of 0.81. The firm has a 50 day moving average price of $6.08 and a two-hundred day moving average price of $6.09.

POET Technologies Company Profile

POET Technologies Inc is a Canada-based company that develops and manufactures heterogeneous integration substrates for the optoelectronics industry. Leveraging its proprietary planar optical and electrical integration (POET) platform, the company provides a wafer-scale approach to combine silicon-based photonics with active optical and electronic components. By embedding waveguides and interconnects directly into a polymer-based core layer, POET's technology supports high-speed data transmission and miniaturized optical modules suitable for telecommunications, data centers and emerging photonic applications.

The company's core offering, known as the iPOET™ integration platform, enables customers to assemble lasers, detectors and electronics on a single substrate without the need for costly coupling and alignment processes.

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