One price on a quote is really three separate cost buckets; one timeline in a contract is really seven stages. This page sets out where the money goes, where the time goes, and what can and cannot be saved — all at once. Read it before you negotiate, and you will know which lines to watch.
Many companies are drawn in by “all-in for ¥9,800” and end up paying double — the extra sits in the two buckets nobody spelled out. Break the three apart first, and you will know where to look and where to cut.
| Bucket | Who charges | When to pay | Negotiable? | Document you should receive |
|---|---|---|---|---|
| ① Official fees Application / registration / approval fees |
CNCA-designated certification bodies, MIIT | After acceptance, before issuance | Not negotiable — nationally uniform | Official fee receipt |
| ② Testing fees Type testing, RF testing, network access testing |
Designated labs (we coordinate on your behalf, no markup) | Prepaid before submission | Varies with unit count and test items — optimizable, not simply cut | Lab quotation + test report |
| ③ Service fee Assessment, documents, follow-up, rectification, on-site support |
CTLC | Paid in three stages (signing / submission / certification) | By workload, negotiable; the earlier you settle, the more you save | Contract + milestone deliverable list |
A timeline is not a number pulled out of thin air. Below is the real rhythm of a standard project; the "common bottlenecks" are the points where two weeks most easily vanish — avoiding them upfront is far cheaper than expediting later.
Send us the product manual, spec sheet and circuit block diagram (if available), and we will determine which certificates you need, how many units to file under, and which route to take.
Confirm the certification units, test items, milestone dates and itemized fees, then sign the service contract. The more precisely this is settled, the less friction later.
Application form, critical component list, difference statement, antenna gain report, nameplate and label samples, business license and authorization documents.
Samples go to the designated lab for type testing / RF testing / network access testing. This stage accounts for more than half of the total timeline.
CCC requires a factory quality-assurance capability inspection; SRRC and network access rely mainly on technical review, focused on consistency.
The certification decision is made and the certificate / CMIIT ID / network access approval is issued, together with mark-usage rules and post-certification notes.
CCC certificates are valid 5 years with annual surveillance; network access licenses run 3 years and must be renewed; SRRC requires re-approval when parameters change.
All three follow "submit — review — issue", yet the bottlenecks are completely different. Wireless communication devices usually need all three, and getting the order wrong costs an extra month.
| Item | CCC Compulsory Certification | SRRC Radio Type Approval | Network Access License |
|---|---|---|---|
| Authority / issuer | Certification bodies designated by the SAMR (CNCA) | Radio Regulation Bureau, MIIT | Ministry of Industry and Information Technology (MIIT) |
| Core stages | Type testing + factory inspection + certification decision | RF / EMC testing + technical review | Network access testing + technical review + approval |
| Factory inspection? | Yes (mandatory on first certification) | No factory visit in general; consistency is reviewed | No factory visit in general; consistency and protocol compliance are reviewed |
| Sample quantity | 2–5 units (by product and project) | 6 units, 3 of them with reserved test interfaces | 11 units + 10 cable sets |
| Times you need to be on site | Once (factory inspection) | 0–1 time (if frequency-fixing setup is needed) | 0 times |
| Standard timeline | 2–6 months | 8–10 weeks | 5–6 weeks |
| Validity | 5 years (annual surveillance) | Valid long-term; re-approval needed on parameter changes | 3 years, renewable on expiry |
| Most common cause of delay | No QC records at the factory inspection; critical parts inconsistent | Samples cannot be frequency-fixed; antenna gain report missing | Protocol stack tests fail; TAC/IMEI not applied for |
Recommended order when handling them together: SRRC and network access submitted in parallel → CCC type testing started at the same time → factory inspection scheduled last, in one block. Handled in series, the total timeline stretches from 3 months to more than 5.
The ranges below are 2026 reference figures for common projects, to help you gauge the budget scale; actual amounts depend on unit division, test items and lab scheduling, and are subject to our written assessment.
This is not to say a low price is always a problem — it is that these five items must be nailed down in the contract before you sign. Whoever still quotes low after those questions is genuinely low.
Send us these five points and we will comment line by line against your current contract — free of charge, with no obligation to order.
Expediting means buying someone else's time with money; these six moves save your own time at almost no cost.
Run a pre-scan before going to the designated lab, resolving radiated, conducted and spurious issues in our own lab. One pre-test takes about 2–3 days and saves a two-week re-test round trip.
Map the model matrix first and group models that differ only in color, capacity or appearance into one unit. Get the units right and you save on the number of test reports and on test rounds.
Tick off a checklist item by item: application form, BOM, critical-part spec sheets, antenna report, nameplate sample, authorization letter. Each missing item means another supplement round trip — 3–5 business days on average.
Submit SRRC and network access together, start CCC type testing at the same time, and share samples and EMC data. Done in series, the total timeline stretches from 3 months to 5.
Self-check against the audit checklist: inspection records, instrument calibration, incoming inspection of critical parts, non-conforming product handling. Companies with an ISO 9001 base usually pass first time.
Do not compress the schedule to the limit. A two-week buffer for rectification is far cheaper than paying 8,000 later to buy a slot, and keeps you from being blocked by lab availability.
Spelling out the payment schedule and failure scenarios upfront saves both sides trouble. These four clauses go into our contracts by default.
If anything else is unclear, just send over the product documents — assessment costs nothing.