Your bandwidth. All of it.
Your own lane into Stealth’s network.
Your business gets its own optical channel into Stealth’s network, with capacity reserved for uploads and downloads, around the clock.
From $850 / month
Dedicated Internet / Order online
Check your building, choose your bandwidth, and order online. No payment at checkout.
Cancel during standard installation, before service is installed and ready for use, with all charges waived. Approved special construction has separate terms. Cancellation terms.
12-month initial term. For buildings already connected to Stealth.
- Dedicated bandwidth
- 1 to 800 gigabits per second
- No oversubscription
- 1:1
- SLA availability
- 99.995%
What makes your
connection dedicated?
Your access channel is reserved for your business. Think of it as a channel of light into Stealth’s network, with capacity reserved for your uploads and downloads. Other customers do not share that optical access channel.
Your own optical channel.
≤ 100 μsround trip
Stealth core router to your office router and back.
A shared optical channel.
2,400 μsround trip
Assumes 1,200 μs each way. Actual latency varies.
Conceptual access designs. The shared-access RTT is an assumed example, not a provider measurement or upper limit. Queue behavior depends on configuration. The diagrams stop at the provider’s network; Internet paths continue beyond it.
Responsiveness matters
when work gets busy.
Excessive buffering can delay calls, cloud applications and interactive AI sessions during large transfers. Stealth reserves an optical access channel for your business, supporting sustained uploads, cloud transfers and media production. Your service agreement defines performance targets and remedies.
Read the service commitmentsAccess design, latency and references
Inside Stealth’s access path
Our Nokia 7220 access switches are configured for cut through forwarding. For 1 Gbps service, a Nokia 7220-D2 connects over 100 Gbps singlemode fiber to our Nokia 7750 SR-14s core with FP5 linecards.
Why shared scheduling matters
ETSI identifies upstream bandwidth scheduling as a source of variable delay in XGS-PON. Its report describes delays of hundreds of microseconds and sometimes milliseconds, as well as configurations that reduce them.
Shared optical systems can also reserve bandwidth and support service commitments. The difference shown here is whether the optical access channel itself is shared.
How to read the example
The illustrative 2,400 μs round trip assumes 1,200 μs upstream plus 1,200 μs downstream between an office router and a local gateway. Actual upstream and downstream delays can differ. The references explain the mechanisms; this figure is an assumed scenario, not a published provider benchmark or an ITU latency limit.
A 32-way split describes the number of optical branches. It does not establish the number of active customers, their bandwidth allocation or their latency.
Traffic waiting too long in network buffers is called bufferbloat. It can occur on shared optical networks, Ethernet links or customer equipment. Its effect depends on load and queue management.
- XGS-PON latency / ETSI (PDF, opens in a new window)GR F5G 007, §7.1.6.3
- XGS-PON access standard / ITU (opens in a new window)G.9807.1, upstream bandwidth assignment
- Cut through forwarding / Nokia (opens in a new window)7220 switching modes
- Queue management / IETF (opens in a new window)RFC 7567, buffering and delay
See the connections
behind your work.
Explore measured connectivity from Stealth NYC to the public endpoints behind business applications, collaboration tools, cloud services and Super Intelligence.
Review latency and reachability in a rolling five day view, with the available history clearly identified.
- Business Internet access
- Cloud applications
- Media and production workflows
- Super Intelligence
Organizations we connect.
-
NBCUniversal
-
Experian
-
MongoDB
-
NTT DATA
-
NYC Department of Transportation
-
Playbill
NYC Dedicated Internet Pricing
From $850 / month
One flat monthly fee.
- No equipment charges
- No taxes or surcharges
- No building access or riser fees
Online offer for connected buildings: $750 installation to your floor or suite, at any offered online speed. Check your address to confirm eligibility.
12-month initial term, then month to month at the same monthly price. No payment at checkout; billing begins after installation.
Check your building| Dedicated data rate | Monthly fee | Typical quoted installation |
|---|---|---|
| 1 Gbps | $850 | $1,500 |
| 2 Gbps | $1,600 | $1,500 |
| 10 Gbps | $2,000 | $1,500 |
| 25 Gbps | $5,000 | $5,000 |
| 100 Gbps | $10,000 | $10,000 |
| 400 Gbps | $30,000 | $10,000 |
| 800 Gbps (2×FR4) | $50,000 | $30,000 |
The table shows typical installation charges for quoted orders. Eligible online orders use the $750 installation offer instead.
USD. Flat monthly service fee.
The connection.
The particulars.
- Capacity
- Symmetric; dedicated optical wavelength; 1:1 load factor
- Data usage
- No caps
- Addressing
- Static IPv4; native IPv6; dual stack
- Routing
- BGP4/BGP4+; multihoming assistance
- Interfaces
- Copper or fiber Ethernet; link aggregation; jumbo MTU
- Error correction
- FEC
- Connectivity
- Direct links to Amazon, Google, Microsoft and other providers
- Support
- 24/7 live human support; no automated phone prompts or AI voice operator; first human response to support email within 15 minutes, 24/7
- Bandwidth changes
- Upgrade or downgrade within one business day
Performance.
In writing.
The applicable agreement defines measurement and service remedies.
- Availability
- ≥ 99.995%
- Packet loss
- ≤ 0.01%
- Mean time to repair
- 4 hours
- Transit latency exiting NYC
- ≤ 1.0 ms
- Current latency target
- ≤ 100 μs
Accountability, built in.
Clear options when the service level agreement is breached.
- From the start
90 service days
Termination without penalty for an SLA violation during the first 90 service days.
- Any 90 day window
3 SLA violations
Termination without penalty after three SLA violations in any window of 90 days.
First response.
Within 15 minutes.
Our first human response to a support email is within 15 minutes of receipt, 24/7.
- 01 / Report the issuesupport@stealth.net
First notify support, including your service address, affected circuit and incident details.
- 02 / Request the remedybilling@stealth.net
Send credit or cancellation requests to billing, referencing your support case or original email.
Your applicable agreement defines SLA violations, eligibility and remedies. See the notification and request process
AI connectivity, in writing.
Explore endpoint latency targets from Stealth NYC, service credits and a cancellation right for persistent degradation caused by Stealth. Report issues to support first; send credit or cancellation requests to billing.
Read the AI connectivity SLAWhere it connects.
- Availability
- Manhattan, Brooklyn and the Bronx
- Buildings with Stealth fiber
- Within five business days of your order, or on a later date you prefer
- New buildings
- Typically 2–4 weeks
- Special construction
- Generally 30–90 days, depending on scope
Installed. Tested.
Ready to switch.
We install and test your new connection before you move traffic from your current provider.
Install the circuit.
Stealth installs your new fiber connection while your current service stays in place.
Test before the move.
A Stealth engineer tests the fiber from end to end, checks that your new IP addresses work and verifies throughput.
Make the switch.
Move your router or firewall to the tested Stealth connection. Your IT team may need to update its IP address settings.
The router or firewall address change is typically minutes of work. Any additional changes depend on your network configuration.
How we test the connection
Our engineer tests the fiber from end to end and confirms the new IP addresses are working. We use iPerf3 on a VeEX test instrument to verify throughput, the amount of data the connection carries.
Start with your address. And your bandwidth.
Send your service address, required capacity, and preferred installation date. Include any routing or interface requirements.