All PONs lead to faster fiber

All PONs lead to faster fiber.

But not all take the same route.

Passive Optical Networks (PONs) come in two major flavors:
IEEE and ITU-T.

Same goal—fiber-based broadband.
Different paths, standards, and speeds.

Let’s break it down:

:white_check_mark: IEEE Side

EPON (802.3ah)
:arrow_upper_right: 1 Gbps upstream
:arrow_lower_right: 1 Gbps downstream

10G EPON (802.3av)
:arrow_upper_right: 10 Gbps upstream
:arrow_lower_right: 10 Gbps downstream

NG EPON (802.3ca)
:arrow_upper_right: 25 Gbps upstream
:arrow_lower_right: 25 Gbps downstream

:white_check_mark: ITU-T Side

GPON (G.984x)
:arrow_upper_right: 1 Gbps upstream
:arrow_lower_right: 2.5 Gbps downstream

XGS-PON (G.9807.1)
:arrow_upper_right: 10 Gbps upstream
:arrow_lower_right: 10 Gbps downstream

G.HSP (G.9804)
:arrow_upper_right: 50 Gbps upstream
:arrow_lower_right: 12.5 Gbps downstream

Higher speed doesn’t always mean better.
Balance matters more.

Some standards prioritize upload.
Others favor downloading.

Each fits different broadband needs—rural, urban, enterprise, or home.

Choose based on need, not just numbers.
Because in fiber, what’s fast must also be right.

Thanks for reading.

LinkedIn: :point_down: