Mark Reudink

The Small Cell Forum is an organization that aims to accelerate the adoption of small cells. The private company is based in London, UK. The British company has updated their 5G FAPI suite to meet industry needs and have released a new specification for inline high-phy, bringing fuller virtualized support of inline high-phy implementations in O-RAN Alliance architecture. The company works on small cell deployments, removing commercial and technical barriers, working with regulators and municipalities, partnering enterprise, and forging new business cases. The company offers resources such as market forecasts, use cases, and specifications for small cells. The company also provides a free online calculator that evaluates and compares bandwidth requirements for various popular splits in a range of custom scenarios.

The Small Cell Forum is an organization that aims to accelerate the adoption of small cells. The private company is based in London, UK. The British company has updated their 5G FAPI suite to meet industry needs and have released a new specification for inline high-phy, bringing fuller virtualized support of inline high-phy implementations in O-RAN Alliance architecture. The company works on small cell deployments, removing commercial and technical barriers, working with regulators and municipalities, partnering enterprise, and forging new business cases. The company offers resources such as market forecasts, use cases, and specifications for small cells. The company also provides a free online calculator that evaluates and compares bandwidth requirements for various popular splits in a range of custom scenarios.

The Small Cell Forum is an organization that aims to accelerate the adoption of small cells. The private company is based in London, UK. The British company has updated their 5G FAPI suite to meet industry needs and have released a new specification for inline high-phy, bringing fuller virtualized support of inline high-phy implementations in O-RAN Alliance architecture. The company works on small cell deployments, removing commercial and technical barriers, working with regulators and municipalities, partnering enterprise, and forging new business cases. The company offers resources such as market forecasts, use cases, and specifications for small cells. The company also provides a free online calculator that evaluates and compares bandwidth requirements for various popular splits in a range of custom scenarios.

The Small Cell Forum is an organization that aims to accelerate the adoption of small cells. The private company is based in London, UK. The British company has updated their 5G FAPI suite to meet industry needs and have released a new specification for inline high-phy, bringing fuller virtualized support of inline high-phy implementations in O-RAN Alliance architecture. The company works on small cell deployments, removing commercial and technical barriers, working with regulators and municipalities, partnering enterprise, and forging new business cases. The company offers resources such as market forecasts, use cases, and specifications for small cells. The company also provides a free online calculator that evaluates and compares bandwidth requirements for various popular splits in a range of custom scenarios.

The Small Cell Forum is an organization that aims to accelerate the adoption of small cells. The private company is based in London, UK. The British company has updated their 5G FAPI suite to meet industry needs and have released a new specification for inline high-phy, bringing fuller virtualized support of inline high-phy implementations in O-RAN Alliance architecture. The company works on small cell deployments, removing commercial and technical barriers, working with regulators and municipalities, partnering enterprise, and forging new business cases. The company offers resources such as market forecasts, use cases, and specifications for small cells. The company also provides a free online calculator that evaluates and compares bandwidth requirements for various popular splits in a range of custom scenarios.