A dedicated outdoor wireless network, engineered specifically to support the existing 2.4 GHz exterior security cameras across the Sammamish River community.
Objective Deliver reliable outdoor camera connectivity across common areas, while minimizing unnecessary infrastructure investment.
Prepared for Sammamish River Community · by B11 Tech Solutions
This proposal delivers a purpose-built outdoor wireless system for the community's exterior security cameras, designed in stages so the investment is matched to measured, real-world performance.
Inconsistent outdoor wireless for the exterior cameras.
High-power outdoor signal across most of the property.
Local reinforcement where the data shows it is needed.
Both phases together for the strongest result.
This project is not delivering apartment Wi-Fi. It delivers reliable outdoor connectivity, engineered specifically for the community's exterior security cameras. Every objective below is a design driver, not an afterthought.
Every wireless design starts from a clear set of criteria. These define what the system is engineered to achieve.
The coverage model is built on the following engineering assumptions:
A camera showing a Wi-Fi signal is not the same as a camera that reliably delivers video. These are the real-world conditions this design is built to overcome.
Open outdoor spans stretch links far past indoor norms.
Open air, distance, and obstacles steadily weaken signal.
Parked vehicles bounce and scatter the signal.
Metal carports reflect signal and create dead spots.
Foliage shifts with the seasons and absorbs 2.4 GHz.
Small cameras struggle to send video back the full distance.
Weather and neighboring networks add unpredictable noise.
Each camera radio performs differently in the field.
A visible signal is not the same as a working two-way connection. This proposal is engineered around the difference.
Every camera has to do two things at once: hear the access point, and be heard by it. Both directions have to succeed for video to flow. This single principle shapes the entire design.
You might clearly hear someone calling across a parking lot, yet your own voice may not be strong enough to reach them back. A small camera faces the same problem: it can receive a strong signal and still struggle to send its video back to the access point.
When the return path is weak, a camera can look connected yet drop frames, lose clips, or fall offline. This affects 2.4 GHz cameras, low-power radios, outdoor IoT devices, and battery devices most of all.
A signal can look strong on a map and still fail in real communication. These are the real-world factors that affect outdoor performance:
This is our engineering methodology. As a technology and network engineering company, we treat outdoor wireless as a measured discipline rather than a guess. Each step below produces a concrete, verifiable result that the next step depends on, so the final system is built on real data instead of assumptions.
Survey the site, structures, and outdoor conditions.
Model signal behavior with simulation software.
Map projected 2.4 and 5 GHz coverage across the property.
Elevated, weather-sealed installation of the hardware.
Tune channels, power, and placement in the field.
Spectrum analysis and per-camera signal verification.
As-built records, topology, and a testing report.
These are the actual simulation outputs for Sammamish River. Color shows projected signal strength. Stronger reach is why 2.4 GHz carries the outdoor camera network.
The primary band your cameras use.
The higher-speed band, shorter reach by nature.
Confidence reflects predictive engineering and validation methodology.
A simulation is a model of expected behavior. The real environment introduces variables a model cannot fully predict, which is exactly why on-site validation is part of every option.
The data path is engineered end to end, from the internet connection to each camera. Phase 2 simply shortens the distance the cameras have to communicate across.
Phase 1 is the recommended foundation. It is expected to provide outdoor coverage across most exterior areas of the property from a small number of elevated, high-power access points. Broad coverage is the goal here, though coverage alone does not automatically mean reliable communication, which is what Phase 2 addresses.
A wireless deployment like this is mostly skilled engineering and field work. Here is how the investment is allocated across the engagement, by category.
Starting with Phase 1 is a deliberate engineering decision. It gives the community the strongest result for the lowest risk, and keeps every future option open.
Deploy the high-power outdoor foundation.
Measure real RF performance on site.
Tune the network to the measured results.
Add Phase 2 where the data proves it helps.
Begin with what the property needs first.
No over-building before the data calls for it.
Decisions based on measurement, not guesswork.
Every expansion path stays open.
Starting with Phase 1 is not only lower risk, it is lower total cost over the life of the system.
Build only what the property needs first.
Elevated work is consolidated, not repeated.
A validated network means fewer callouts.
Additional spend happens only when data supports it.
Engineered once, with less ongoing upkeep.
Less rework and fewer return mobilizations.
Deploy the foundation.
Measure real performance.
Only where it is justified.
Coverage means the signal arrives. Reliability means the communication actually succeeds. They are not the same thing, and the gap between them is exactly what Phase 2 closes, where the measurements show it is needed.
A signal leaves the access point strong and reaches a far camera. The camera's much weaker reply then has to make the entire trip back. A long return path leads to weak device transmission, retransmissions, and packet loss, even when the coverage map looks healthy.
Phase 2 introduces dedicated wireless bridges that carry the network physically closer to the cameras. Instead of asking distant devices to transmit across the whole property, we bring reliable, local coverage to where the cameras live, and we add it where the Phase 1 measurements prove it is worthwhile.
A bridge acts as an invisible Ethernet cable. It moves the network across an open distance with no trenching. Once it arrives near the center of the property, a local access point provides reliable, nearby coverage. The result is shorter distances, lower latency, and a much improved return path.
The same property, reinforced by bridges and local access points.
Stronger local presence across the central buildings.
If the community wants the strongest, most reliable result from day one, this deploys Phase 1 and Phase 2 together. Because everything happens in one visit, it costs less than phasing separately.
One lift rental, one mobilization, and one commissioning instead of two. Removing that duplicate setup is exactly where the saving comes from, and it lowers future labor as well.
A side-by-side view to support the decision, across the factors that matter most.
Select an option to see the total update below. Nothing is charged or sent automatically. When you are ready, the button opens a pre-filled email to our team.
Start here. High-power outdoor coverage across the property.
Added to Phase 1 where the measurements prove it is worthwhile.
Maximum reliability from day one, in a single mobilization.
Once an option is selected, the project follows a clear, managed path. Each stage shows what you see, what we perform, and what you receive.
An estimated view of how the project unfolds. Actual timing depends on scheduling and site conditions.
Outdoor equipment lives in a harsher world than indoor gear. Every install is built to survive it.
Guards equipment against outdoor electrical events.
Sealed, weatherproof mounting and enclosures.
Outdoor cabling built to resist sun and aging.
Proper grounding for elevated outdoor hardware.
Clean, secured cable runs for reliability and serviceability.
Sealed penetrations and connections against moisture intrusion.
Installed so the system stays easy to maintain and expand.
Outdoor-rated devices, surge protection, and weatherproof installation as standard.
Hardware included in this proposal is protected through manufacturer coverage with hardware support administration by B11 Tech Solutions for a total of two years.
Ongoing network monitoring is available if the community wants proactive oversight.
Extended support coverage is available beyond the included period.
Clear stages, minimal disruption to residents, and full validation before we call it done.
Staging, configuration, and on-site mobilization.
Elevated mounting of access points, bridges, and cabling.
Signal verification across the outdoor coverage areas.
Tuning, documentation, and final sign-off.
Every deployment day is made up of disciplined, documented engineering work:
Everything required to deliver a complete, working outdoor network is part of the price. There are no surprise line items.
Clear assumptions keep a project predictable. This proposal is prepared on the basis of the following site conditions.
Everything else is included.
To keep the scope unambiguous, the following are explicitly outside this engagement.
If unexpected site conditions require additional work, nothing happens without your sign-off.
We document what we found and what it needs.
We review the change with you in plain terms.
Work proceeds only once you approve.
Nothing is billed without prior agreement.
The design is built to produce measurable, day-to-day results.
Steadier connections mean fewer dropped cameras.
Reliable coverage across the exterior areas.
Fewer recurring callouts to chase connectivity issues.
Dependable footage from the cameras that protect the community.
A backbone ready for more cameras and devices.
Engineered once, with less ongoing maintenance.
Success is not a signal bar on a map. It is real, measurable performance for the cameras.
A side-by-side view across the dimensions that matter most for a camera network.
| Dimension | Phase 1 | Phase 2 added | Complete |
|---|---|---|---|
| Coverage | Broad | Broad + local | Maximum |
| Return path | Baseline | Reinforced | Reinforced |
| Reliability | Good | High | Highest |
| Expansion headroom | Ready | Expanded | Expanded |
| Future growth | Supported | Strong | Strongest |
A deployment of this scale carries known variables. Each is assessed and actively managed.
| Risk | Probability | Impact | Mitigation |
|---|---|---|---|
| Weather delay | Medium | Low | Staged scheduling and weather windows built into the plan. |
| Interference | Medium | Medium | Channel planning and optimization during commissioning. |
| Power limitations | Low | Low | Power needs identified up front and confirmed before work. |
| Material delays | Low | Medium | Equipment sourced and staged before mobilization. |
| Unexpected conditions | Low | Medium | Reviewed and approved with you before any additional work. |
The project does not end at installation. It ends when the network is proven and signed off.
Hardware mounted and connected.
Spectrum analysis and signal checks.
Tuned to the measured results.
Walkthrough and sign-off with you.
Ongoing support, if you want it.
The project is considered complete only when every one of these is met.
This is not just an installation. You receive a complete, documented record of the engineered system.
Predictive and validated coverage records.
The as-built network layout.
Documented installation of each device.
On-site spectrum and signal results.
A record of installed equipment.
Network configuration documentation.
A guided review with your team.
A concise summary of the completed project.
Straight answers to the questions that come up most.
This is not a one-off install. It is a managed foundation the community can build on.
Room to add new exterior cameras over time.
A backbone ready for additional coverage zones.
A network that can carry future smart-security devices.
A platform for the property's connected systems.
We are network engineers, not box installers. We design, deploy, and validate wireless infrastructure ourselves, and we bring real field experience to getting it right the first time, backed by full documentation and local support.
Predictive RF engineering.
Professional outdoor installation.
On-site spectrum and signal testing.
Documentation and ongoing options.
Deploy the high-power foundation, validate real RF performance on site, and expand only if additional reliability is required. It is the lowest-risk path to a reliable outdoor camera network, and it keeps every future option open.
Select an option or schedule a walkthrough, and we will handle the rest. Have a question first? We are glad to walk through any part of the design with you.
Final placement and optimization occur during deployment to maximize real-world performance. Designed using predictive wireless engineering methodology and finalized through real-world deployment validation. All pricing shown before tax; coverage maps are predictive RF models and the percentages shown are an indicative allocation.
B11 Tech Solutions
Call: (425) 866-3858
Text: (844) 502-5854
22722 29th Dr SE
Suite 100 - Bothell, WA 98021
www.b11tech.com
