IPv4/IPv6 Dual-Stack Subnet Planner
Plan matching IPv4 and IPv6 subnets and list network ranges, usable hosts, broadcasts, and IPv6 child prefixes.
Plan matching IPv4 and IPv6 subnets and list network ranges, usable hosts, broadcasts, and IPv6 child prefixes.
Allocate differently sized host requirements inside one IPv4 pool using variable-length subnet masks.
Convert between CIDR prefix length, dotted-decimal subnet mask, and ACL wildcard mask.
Compare two IPv4 CIDR blocks and identify overlap, containment, separation, and the intersection range.
Estimate effective MSS, payload efficiency, and fragmentation risk for IP and tunnel overhead.
Convert link speed and frame size to packets per second while accounting for Layer 2 wire overhead.
Estimate transfer time from data size, available bandwidth, link utilization, and protocol efficiency.
Calculate the smallest covering CIDR and address counts for an IPv4 range.
Split an IPv4 CIDR into child prefixes and list requested subnets.
Normalize an IPv6 address and classify its major address type.
Build deterministic ULA /48 and /64 prefixes from supplied identifiers.
Plan an IPv4 DHCP pool after start/end reservations and check client capacity.
Calculate bandwidth-delay product, TCP window, and parallel stream count.
Check switch fabric and packet-forwarding capacity against entered port load.
Check stack bandwidth from member demand, links, capacity, and reserve.
Total endpoint power demand and compare it with a switch PoE budget after cable and safety margins.
Check IEEE PoE Type/Class compatibility and actual PD power, then recommend the minimum PSE standard.
Estimate PoE voltage drop, cable loss, and delivered endpoint power from voltage, load, length, and equivalent loop resistance.
Convert switch base load and PoE output into input power, annual energy use, and electricity cost.
Estimate access demand, oversubscription, and headroom from port count, access rate, utilization, and uplinks.
Size PoE switches for cameras from ports and power budget.
Size PoE switches for wireless APs from ports and power budget.
Calculate SNR from RSSI and noise floor and provide a practical Wi-Fi link quality rating.
Calculate free-space path loss for a frequency and distance under ideal line-of-sight conditions.
Estimate AP count from both coverage area and concurrent client capacity, then apply a design reserve.
Estimate required wireless capacity from users, concurrency, per-user demand, airtime efficiency, and reserve.
Calculate free-space loss, received level, fade margin, midpoint first Fresnel radius, and clearance target.
Calculate EIRP from transmitter power, feed loss, and antenna gain, then compare it with a user-supplied local limit.
Convert power bidirectionally between logarithmic dBm, milliwatts, and watts.
Size high-density Wi-Fi APs from throughput and concurrent-client constraints.
Convert PHY rate into aggregate and per-client throughput.
Total fiber, connector, splice, and engineering losses and compare them with transceiver optical budget.
Total passive optical losses from connectors, adapters, mechanical splices, and fusion splices.
Compare measured receive power with module sensitivity and overload limits, then calculate path loss and operating margins.
Check a PON path from OLT output, ONU sensitivity, fiber, splitter, connector, splice, and engineering losses.
Check whether local and remote BIDI transceiver TX/RX wavelengths form a valid pair.
Generate a continuous wavelength and frequency plan from a selected DWDM frequency grid or CWDM wavelength spacing.
Generate fiber numbers, group numbers, and colors using the common 12-color base sequence.
Calculate total cable length and full box count from outlet count, average run, box length, waste, and reserve.
Estimate patch panels, jacks, faceplates, patch cords, cable managers, and rack units from outlet demand.
Estimate horizontal cable, patch-cord lengths, design outlets, and labels from project quantities and editable allowances.
Total equipment, patching, cable management, power, ventilation, and growth space, then suggest a common rack size.
Estimate active ports, patch cords, patch panels, and cable managers from editable project rules.
Estimate installed cable weight and tray design load from cable quantity, length, manufacturer weight, reserve, and safety factor.
Estimate MDF, IDF, planned points, and access switches by floor.
Estimate usable and recommended raw CCTV storage from camera count, bitrate, recording schedule, retention, and overhead.
Separate recording ingress, live-view egress, playback egress, and recommended NVR interface capacity.
Calculate field of view and theoretical scene dimensions from sensor size, focal length, and distance.
Check horizontal pixel density against the current IEC 62676-4:2025 visual-performance gate.
Calculate near and far floor intersections and coverage depth from height, tilt, and vertical FOV.
Estimate usable array capacity from disk count, disk size, RAID level, hot spares, and filesystem reserve.
Estimate RAID rebuild duration from rebuild size, observed throughput, workload contention, and controller efficiency.
Convert vendor decimal TB to binary TiB and apply an editable filesystem allowance.
Convert capacity, DWPD, and warranty into TBW, then estimate life from host writes and write amplification.
Convert IOPS and block size to throughput and estimate queue depth from latency.
Forecast ending use and threshold timing from compound and fixed monthly growth.
Estimate physical storage after deduplication, compression, and metadata overhead.
Estimate Ceph erasure-coded usable capacity from OSDs, k+m, and reserve.
Total rack IT load, apply growth allowance, and convert it to electrical and cooling requirements.
Calculate required UPS kW/kVA and check a selected unit.
Estimate a UPS runtime range from battery, load, efficiency, and health inputs instead of presenting Wh/W as exact runtime.
Calculate apparent power and current from phase mode, power, voltage, power factor, and efficiency.
Total room heat sources, add design reserve, and calculate duty and N+1 cooling units.
Total IT power, add growth, and calculate facility power from design PUE.
Calculate PUE, DCiE, and non-IT energy while distinguishing an instant estimate from a formal metered boundary.
Compare annual energy and cost from IT load, current and target PUE, schedule, and electricity price.
Size UPS battery series and parallel strings from bus voltage and runtime energy.
Size modular UPS active and redundant modules from usable module capacity.
Calculate normal A/B feed split and automatically check N-1 capacity after either feed fails.
Calculate usable physical cores, vCPU demand, and oversubscription after HA and host reserves.
Calculate HA memory capacity after failed-host and system reserves, platform overhead, and growth.
Estimate inference VRAM from weights, KV cache, and runtime overhead and compare it with aggregate GPU VRAM.
Estimate allocatable cluster resources and pod capacity after system and DaemonSet reserves.
Derive CPU and memory requests and limits from P95 and peak telemetry with editable buffers.
Calculate normal and failover current, recommended feed capacity, and rack count by rack units.
Estimate input power, design power, and heat from GPU TDP, other components, PSU efficiency, and reserve.
Estimate inference KV cache from layers, KV heads, head dimension, context, batch, and data type.
Calculate CPU- and memory-driven node counts with growth, utilization, and failed-node reserve.
Estimate sustained backup bandwidth from dataset size, daily change rate, reduction ratio, backup window, and protocol efficiency.
Estimate repository capacity from protected data, full copies, daily change, incremental days, reduction, and overhead.
Total daily, weekly, monthly, and yearly generations and estimate media count.
Check copies, media, offsite, immutable/offline, and zero-error recovery verification controls.
Estimate maximum data loss at target RPO and the RTO gap from restore throughput and dependency recovery.
Compare continuous change demand with effective link bandwidth and estimate backlog catch-up time.
Estimate snapshot capacity and merge time after subtracting active write throughput.
Estimate immutable repository capacity from protected data, change, lock days, full copies, reduction, and overhead.
Convert power to input current and apparent power for DC, single-phase, or balanced three-phase systems.
Calculate line voltage drop from user-entered resistance, reactance, length, current, and power factor.
Apply entered temperature, grouping, and installation factors to candidate ampacity and check the project voltage-drop limit.
Check entered design current, protection rating, cable ampacity, fault current, breaking capacity, and RCD threshold.
Size central low-voltage power current, power, and module count from device load, startup, and reserve.
Estimate usable energy and runtime from voltage, Ah, efficiency, depth of discharge, health, and rate derating.
Calculate battery-bank voltage, capacity, and energy and report consistency from user-measured inputs.
Estimate devices per power zone from both minimum remote voltage and PSU-current constraints.
Calculate required area from entered current density and short-time thermal inputs and compare with a selected bar.
Perform a simplified 2D geometry estimate using an entered protection angle or rolling-sphere radius.
Calculate wall size, resolution, pixel count, and pitch from whole-module geometry.
Calculate detail and comfort viewing distances from pixel pitch and a user-entered pixel visual angle.
Size LED PSUs and circuits from module average/peak power, load limits, and design reserve.
Estimate modules, receiving cards, data ports, and processors from user-entered pixel capacities.
Calculate LCD wall envelope dimensions from panel size, combined bezel, rows, columns, and service clearance.
Calculate throw-distance range and image diagonal from lens ratio, width, aspect ratio, and tolerance.
Estimate screen illuminance and simplified ambient contrast from lumens, area, gain, utilization, and ambient light.
Calculate minimum display dimensions from the farthest viewer and an entered image-height viewing angle.
Estimate uncompressed data rate and check entered link capacity and certified distance.
Calculate recommended matrix input and output capacity from endpoints, growth reserve, and redundancy.
Size amplifier power from loudspeaker sensitivity, distance, target SPL, and peak headroom.
Total distributed-speaker taps and size amplifier capacity with line loss and reserve.
Calculate equivalent impedance, speaker count, and total power for identical series-parallel speakers.
Estimate listening-position SPL from reference level, distance, speaker count, and summation efficiency.
Calculate constant-voltage PA line loss from voltage, load, length, and entered conductor resistance.
Estimate ceiling-speaker spacing and count from room geometry, coverage angle, and overlap.
Estimate RT60 and additional absorption with the Sabine equation.
Build a room-level microphone, speaker, amplifier, DSP, and controller count summary.
Build an access-control core BOM from doors, readers, controller capacity, and reserve.
Size access-control PSU current, design power, and backup battery from connected loads.
Estimate pedestrian gate capacity and required lanes from peak flow and service time.
Estimate parking-lane capacity from peak vehicle flow, service time, and exceptions.
Check an RS-485 segment against entered product limits, topology, and termination.
Generate a deterministic Modbus device-address and register map.
Plan BACnet devices, points, device instances, and network count.
Summarize ELV points and derive core switch and controller quantities.
Estimate tray supports and hanger rods from route length, spacing, fittings, and reserve.
Estimate conduit, clamps, and bends from route geometry and waste allowance.
Calculate material weight from entered section area, length, quantity, and density.
Estimate firestop volume and mass from opening geometry, cable fill, density, and waste.
Estimate base-frame profile length and weight from rack dimensions and entered unit weight.
Estimate CCTV pole foundation concrete from entered geometry, displacement, and waste.
Estimate minimum enclosure dimensions and active cooling shortfall.
Check material allowance, labor, freight, contingency, tax, and total before quotation.
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