Internet
- Internet Plans
- Fiber Internet
- Multi-Gig
- Bundles and Promotions
- Apartment Internet
- Community Discount Programs
Services
- Whole Home WiFi
- Routers
- Streaming TV
- Phone
New Fiber Locations
- New Fiber Locations
- Coverage Map
- Construction Process
- Washington
- Oregon
- Idaho
- Montana
Stay connected with Ziply Fiber Phone
Home phone delivered over the internet with unlimited local and long-distance calling.
Four great reasons you should have a home phone
Safety
Landlines help 911 emergency services accurately find your address
Reliability
No more dropped calls in cellular dead zones
Quality
Stay connected with family, friends & remote-work with crystal clear quality
Affordability
Low-cost, unlimited local and long-distance calling with no annual contract
Clear, reliable phone connections
Add Ziply Fiber Phone to your fiber internet plan for $20/mo*
- Unlimited local and long-distance calling to Canada, Mexico and Puerto Rico
- Manage calls and voicemail on your phone and through the online portal on your computer
- Get Caller ID to block anonymous, unwanted and spam calls
Keep in touch with Ziply Fiber Internet + Phone
Get more done, faster with reliable internet. Ziply Fiber's lightning-fast fiber internet plans help you stay online and connected with friends, family, remote work and online learning.
- Fast uploads and downloads
- No data caps or annual contracts
- 30-day moneyback guarantee
Phone batteries for when you need a backup
Ziply Fiber Voice uses electrical power to operate. A battery backup unit will provide power to your phone to continue making calls when electrical power is not available. Shop battery backup units, battery pack extenders and stay connected, even when the power goes out.
How do fiber phone lines work?
Fiber-optic phone lines utilize advanced fiber-optic technology to transmit voice signals. This tech involves light pulses to send data through thin strands of glass or plastic known as optical fibers. Unlike copper lines, which can suffer from interference and signal degradation, these light signals are then converted into electrical signals at the receiving end, ensuring clear and high-quality voice transmission.